https://htplasmatech.org/research/degradation-of-pesticide-residues-in-water-soil-and-food-products-via-cold-plasma-technology/2024-06-25T14:23:50+07:00https://htplasmatech.org/research/industry-implementation-scale-up-clients-experience-towards-understanding-of-how-regulations-are-affecting-novel-product-development/2024-07-11T17:11:29+07:00https://htplasmatech.org/research/innovative-success-stories-on-commercial-non-thermal-technologies-nonthermal-processing-in-agri-food-bio-sciences/2024-07-11T17:14:54+07:00https://htplasmatech.org/research/potential-of-nonthermal-atom-spheric-pressure-dielectric-barrier-discharge-plasma-for-inhibition-of-athelia-rolfsil-causing-southern-blight-disease-in-lettuce/2024-07-11T17:21:30+07:00https://htplasmatech.org/research/effect-of-using-plasma-activated-water-asa-nitrate-source-on-the-growth-and-nutritional-quality-of-hydroponically-grown-greenoak-lettuces/2024-10-18T14:30:26+07:00https://htplasmatech.org/research/decontamination-of-pathogenic-and-spoilage-bacteria-on-pork-and-chicken-meat-by-liquid-plasma-immersion/2024-07-12T18:14:17+07:00https://htplasmatech.org/research/application-of-pinhole-plasma-jet-activated-water-against-escherichia-coil-colletotrichum-gloeosporioides-and-decontamination-of-pesticide-residues-on-chili-capsicum-annuum-l/2024-10-18T14:36:08+07:00https://htplasmatech.org/research/high-strength-and-ductility-in-harmonic-pure-cu-produced-by-controlling-mechanical-milling-and-spark-plasma-sintering/2024-07-11T17:26:57+07:00https://htplasmatech.org/research/advantage-of-dual-confined-plasma-over-conventional-and-facing-target-plasma-for-improving-transparent-conductive-properties-in-al-doped-zno-thin-films/2024-07-13T10:10:01+07:00https://htplasmatech.org/research/decontamination-of-pesticide-residues-on-tangerine-fruits-using-non-thermal-plasma-technology/2024-07-13T10:15:57+07:00https://htplasmatech.org/research/decontamination-of-pathogenic-and-spoilage-bacteria-on-pork-and-chicken-meat-by-liquid-plasma-immersion-2/2024-07-13T10:21:27+07:00https://htplasmatech.org/research/surface-modification-and-mechanical-properties-improvement-of-bamboo-fibers-using-dielectric-barrier-discharge-plasma-treatment/2024-07-13T10:25:34+07:00https://htplasmatech.org/research/collagen-cellulose-polyl-lactide-scaffold-by-electrospinning-and-plasma-assisting-fabrication-for-bone-tissue-engineering-applications/2024-07-13T10:30:08+07:00https://htplasmatech.org/research/using-plasma-activated-water-generated-by-an-air-gliding-arc-as-a-nitrogen-source-for-rice-seed-germination/2024-07-13T10:33:09+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-paw-on-the-shelf-lives-of-whiteleg-shrimp-litopenaeus-vannameiand-splendid-squid-loligo-formosana/2024-07-13T10:37:21+07:00https://htplasmatech.org/research/degradation-of-pesticide-residues-in-water-soil-and-food-products-via-cold-plasma-technology-2/2024-10-18T14:44:41+07:00https://htplasmatech.org/research/comparison-of-properties-of-multilayer-film-sputtered-on-glass-and-polypropylene-substrates-with-angular-dc-magnetron-co-sputtering-system/2024-07-13T10:50:19+07:00https://htplasmatech.org/research/argon-plasma-jet-treated-poly-vinyl-alcohol-chitosan-and-peg-400-plus-mangifera-indica-leaf-extract-for-electrospun-nanofiber-membranes-in-vitro-study/2024-07-13T10:56:37+07:00https://htplasmatech.org/research/inactivation-of-cercospora-lactucae-sativa-through-application-of-non-thermal-atmospheric-pressure-gliding-arc-tesla-coil-and-dielectric-barrier-discharge/2024-07-13T11:06:21+07:00https://htplasmatech.org/research/comparison-of-plasma-technology-for-the-study-of-herbicide-degradation/2024-07-13T11:10:35+07:00https://htplasmatech.org/research/plasma-surface-modification-of-two-component-composite-scaffolds-consisting-of-3d-printed-and-electrospun-fiber-components-from-biodegradable-plga-and-plcl/2024-07-13T11:17:05+07:00https://htplasmatech.org/research/process-parameters-optimization-and-mechanical-properties-of-3d-pla-ha-printing-scaffold/2024-07-13T11:19:46+07:00https://htplasmatech.org/research/selective-cytotoxicity-of-lung-cancer-cells-a549-and-h1299-induced-by-ringers-lactate-solution-activated-by-a-non-thermal-air-plasma-jet-device-nightingale/2024-07-13T11:33:27+07:00https://htplasmatech.org/research/air-atmospheric-pressure-plasma-jet-to-improve-fruiting-body-production-and-enhance-bioactive-phytochemicals-from-mutant-cordyceps-militaris-white-cordyceps-militaris/2024-07-13T11:40:59+07:00https://htplasmatech.org/research/potential-of-nonthermal-atmospheric-pressure-dielectric-barrier-discharge-plasma-for-inhibition-of-athelia-rolfsii-causing-southern-blight-disease-in-lettuce/2024-07-13T12:25:17+07:00https://htplasmatech.org/research/enhanced-fruiting-body-production-and-bioactive-phytochemicals-from-white-cordyceps-militaris-by-blending-cordyceps-militaris-and-using-cold-plasma-jet/2024-07-13T12:05:55+07:00https://htplasmatech.org/research/surface-dielectric-barrier-discharge-plasma-treated-pork-cut-parts-bactericidal-efficacy-and-physiochemical-characteristics/2024-07-13T12:21:43+07:00https://htplasmatech.org/research/effect-of-water-resistant-properties-of-kraft-paper-kp-using-sulfur-hexafluoride-sf6-plasma-coating/2024-07-13T12:27:16+07:00https://htplasmatech.org/research/application-of-pinhole-plasma-jet-activated-water-against-escherichia-coli-colletotrichum-gloeosporioides-and-decontamination-of-pesticide-residues-on-chili-capsicum-annuum-l/2024-07-13T12:37:12+07:00https://htplasmatech.org/research/dissolution-behavior-of-hydrothermally-treated-hydroxyapatite-titanium-nitride-films-coated-on-peek-in-vitro-study/2024-07-13T12:41:49+07:00https://htplasmatech.org/research/effect-of-immersion-time-in-simulated-body-fluid-on-adhesion-strength-of-hydrothermally-treated-hydroxyapatite-titanium-nitride-films-on-polyetheretherketones/2024-07-13T12:47:13+07:00https://htplasmatech.org/research/design-and-manufacturing-of-angular-dc-magnetron-co-sputtering-system-to-provide-multilayer-films/2024-07-13T13:49:23+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-generated-using-plasma-jet-on-tomato-solanum-lycopersicum-l-var-cerasiforme-seedling-growth/2024-07-13T13:52:44+07:00https://htplasmatech.org/research/air-to-h2-n2-pulse-plasma-jet-for-in-vitro-planttissue-culture-process-source-characteristics/2024-07-13T19:35:00+07:00https://htplasmatech.org/research/a-surface-dielectric-barrier-discharge-non-thermal-plasma-to-induce-cell-death-in-colorectal-cancer-cells/2024-07-13T19:40:48+07:00https://htplasmatech.org/research/simulation-of-simple-2dplasma-jet-model-for-no-oh-and-h2o2-production-via-multiphysics-in-laminar-flow-and-transport-of-diluted-species-through-design-of-experiment-method/2024-07-13T19:44:33+07:00https://htplasmatech.org/research/enhancement-propagation-of-protocorms-in-orchid-cymbidium-tracyanum-l-castle-by-cold-atmospheric-pressure-air-plasma-jet/2024-07-13T19:47:42+07:00https://htplasmatech.org/research/optimisation-of-the-dielectric-barrier-discharge-to-produce-riceberry-rice-flour-retained-with-high-activities-of-bioactive-compounds-using-plasma-technology/2024-07-13T19:50:25+07:00https://htplasmatech.org/research/generating-nitrate-and-nitrite-on-green-oak-lettuce-in-hydroponic-farming-by-plasma-system/2024-07-13T19:52:59+07:00https://htplasmatech.org/research/effects-of-plasma-treatment-on-cooking-and-physical-qualities-of-pigmented-thai-rice/2024-07-13T19:56:07+07:00https://htplasmatech.org/research/inhibition-of-the-aflatoxin-producing-fungus-aspergillus-flavus-by-a-plasma-jet-system/2024-07-13T19:59:21+07:00https://htplasmatech.org/research/growth-of-black-tio2-quantum-dots-by-solution-based-electrochemical-process/2024-07-13T20:04:02+07:00https://htplasmatech.org/research/chemical-free-and-synergistic-interaction-of-ultrasound-combined-with-plasma-activated-water-paw-to-enhance-microbial-inactivation-in-chicken-meat-and-skin/2024-07-13T20:07:05+07:00https://htplasmatech.org/research/effect-of-dielectric-barrier-discharge-plasma-jet-on-bactericidal-and-human-dermal-fibroblasts-adult-cells-in-vitro-contaminated-wound-healing-model/2024-07-13T20:11:03+07:00https://htplasmatech.org/research/effect-of-temperature-and-treatment-time-of-hydrothermal-treatment-on-crystallization-of-titanium-nitride-hydroxyapatite-films-coated-on-polyetheretherketone/2024-07-13T20:13:48+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-bactericidal-effects-host-safety/2024-07-13T20:16:38+07:00https://htplasmatech.org/research/redeposition-free-of-silicon-etching-by-cf4-microwave-plasma-ina-medium-vacuum-process-regime/2024-07-13T20:19:43+07:00https://htplasmatech.org/research/effect-of-titanium-dioxide-blocking-layer-deposited-by-cathodic-arc-plasma-on-the-energy-conversion-efficiency-of-dye-sensitized-solar-cells/2024-07-13T20:23:18+07:00https://htplasmatech.org/research/development-and-application-of-cathodic-vacuum-arc-plasma-for-nanostructured-and-nanocomposite-film-deposition/2024-07-13T20:27:04+07:00https://htplasmatech.org/research/effects-of-n2-pressure-on-properties-of-titanium-nitride-films-by-filter-cathodic-vacuum-arc-for-bipolar-plates-in-pem-fuel-cells/2024-07-13T20:29:16+07:00https://htplasmatech.org/research/electrical-properties-of-a-cmo-films-produced-by-dual-cathode-filtered-cathodic-arc-plasma-deposition/2024-07-14T14:39:16+07:00https://htplasmatech.org/research/effect-of-oleic-acid-content-on-manganese-zinc-ferrite-properties/2024-07-14T14:42:28+07:00https://htplasmatech.org/research/selective-cytotoxicity-of-lung-cancer-cells-a549-and-h1299-induced-by-ringers-lactate-solution-activated-by-a-non-thermal-air-plasma-jet-device-nightingale-2/2024-07-14T14:45:49+07:00https://htplasmatech.org/research/argon-plasma-jet-treated-poly-vinyl-alcohol-chitosan-and-peg-400-plus-mangifera-indica-leaf-extract-for-electrospun-nanofiber-membranes-in-vitro-study-2/2024-07-14T14:48:42+07:00https://htplasmatech.org/research/effect-of-dielectric-barrier-discharge-plasma-jet-on-bactericidal-and-human-dermal-fibroblasts-adult-cells-in-vitro-contaminated-wound-healing-model-2/2024-07-14T14:51:49+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-bactericidal-effects-host-safety-2/2024-07-14T14:54:35+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-cold-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-development-and-characterization/2024-07-14T14:59:37+07:00https://htplasmatech.org/research/investigation-of-dielectric-barriers-discharge-plasma-jets-for-bactericidal-in-chronic-wounds/2024-07-14T15:02:58+07:00https://htplasmatech.org/research/surface-dielectric-barrier-discharge-plasma-treated-pork-cut-parts-bactericidal-efficacy-and-physiochemical-characteristics-2/2024-07-14T15:08:39+07:00https://htplasmatech.org/research/air-to-h2-n2-pulse-plasma-jet-for-in-vitro-plant-tissue-culture-process-source-characteristics/2024-07-14T15:12:40+07:00https://htplasmatech.org/research/decontamination-of-pesticide-residues-on-tangerine-fruit-using-non-thermal-plasma-technology/2024-07-14T15:15:28+07:00https://htplasmatech.org/research/conceptual-of-plasma-jet-system-for-telomere-expansion/2024-07-14T15:35:27+07:00https://htplasmatech.org/research/inhibition-of-the-aflatoxin-producing-fungus-aspergillus-flavus-by-a-plasma-jet-system-2/2024-07-14T15:38:37+07:00https://htplasmatech.org/research/generating-nitrate-and-nitrite-on-green-oak-lettuce-in-hydroponic-farming-by-plasma-system-2/2024-07-14T15:41:10+07:00https://htplasmatech.org/research/simulation-of-simple-2d-plasma-jet-model-for-no-oh-and-h2o2production-via-multiphysics-in-laminar-flow-and-transport-of-diluted-species-through-design-of-experiment-method/2024-07-14T15:43:26+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-generated-using-plasma-jet-on-tomato-solanum-lycopersicum-l-var-cerasiforme-seedling-growth-2/2024-07-14T15:45:54+07:00https://htplasmatech.org/research/design-and-manufacturing-of-angular-dc-magnetron-co-sputtering-system-to-provide-multilayer-films-2/2024-07-14T15:48:08+07:00https://htplasmatech.org/research/designed-and-produced-the-rotary-substrate-holder-and-its-optimized-in-angular-dc-magnetron-co-sputtering-system/2024-07-14T15:51:34+07:00https://htplasmatech.org/research/application-of-pinhole-plasma-jet-activated-water-against-escherichia-coli-colletotrichum-gloeosporioides-and-decontamination-of-pesticide-residues-on-chili-capsicum-annuum-l-2/2024-07-14T15:55:08+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-generated-using-plasma-jet-on-tomato-solanum-lycopersicum-l-var-cerasiforme-seedling-growth-3/2024-07-14T15:57:34+07:00https://htplasmatech.org/research/comparison-of-plasma-technology-for-the-study-of-herbicide-degradation-2/2024-07-14T16:00:44+07:00https://htplasmatech.org/research/blood-absorption-improvement-of-a-naturally-derived-hemostatic-agent-by-atmospheric-pressure-plasma-jet/2024-07-14T16:03:22+07:00https://htplasmatech.org/research/ultrasound-assisted-plasma-activated-water-for-bacterial-inactivation-in-poultry-industry/2024-07-14T16:04:55+07:00https://htplasmatech.org/research/mechanism-and-optimization-of-non-thermal-plasma-activated-water-for-bacterial-inactivation-by-underwater-plasma-jet-and-delivery-of-reactive-species-underwater-by-cylindrical-dbd-plasma/2024-07-14T16:07:29+07:00https://htplasmatech.org/research/chemical-free-and-synergistic-interaction-of-ultrasound-combined-with-plasma-activated-water-paw-to-enhance-microbial-inactivation-in-chicken-meat-and-skin-2/2024-07-16T13:14:51+07:00https://htplasmatech.org/research/development-of-hair-serum-from-local-coffee-by-product/2024-07-14T16:13:11+07:00https://htplasmatech.org/research/enhancing-efficiency-of-plasma-activated-water-using-microbubbles-nanobubbles-techniques/2024-07-14T16:15:21+07:00https://htplasmatech.org/research/synergistic-effect-of-plasma-activated-water-with-micro-nano-bubbles-ultraviolet-photolysis-and-ultrasonication-on-enhanced-escherichia-coli-inactivation-in-chicken-meat/2024-07-14T16:18:09+07:00https://htplasmatech.org/research/comparison-of-properties-of-multilayer-film-sputtered-on-glass-and-polypropylene-substrates-with-angular-dc-magnetron-co-sputtering-system-2/2024-07-14T16:22:41+07:00https://htplasmatech.org/research/sterilization-of-medical-equipment-by-plasma-technology/2024-07-17T11:40:20+07:00https://htplasmatech.org/research/sicxhy-based-hydrophobic-thin-films-with-good-chemical-and-mechanical-properties-synthesized-by-pecvd-at-various-substrate-temperatures/2024-07-14T16:27:46+07:00https://htplasmatech.org/research/conceptual-of-plasma-jet-system-for-telomere-expansion-2/2024-07-14T16:29:48+07:00https://htplasmatech.org/research/inhibition-of-the-aflatoxin%e2%80%90producing-fungus-aspergillus-flavus-by-a-plasma-jet-system/2024-07-14T16:32:26+07:00https://htplasmatech.org/research/conceptual-of-plasma-jet-system-for-telomere-expansion-3/2024-07-14T16:34:23+07:00https://htplasmatech.org/research/generating-nitrate-and-nitrite-on-green-oak-lettuce-in-hydroponic-farming-by-plasma-system-3/2024-07-14T16:36:50+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-generated-using-plasma-jet-on-tomato-solanum-lycopersicum-l-var-cerasiforme-seedling-growth-4/2024-07-14T16:39:14+07:00https://htplasmatech.org/research/simulation-of-simple-2d-plasma-jet-model-for-no-oh-and-h2o2-production-via-multiphysics-in-laminar-flow-and-transport-of-diluted-species-through-design-of-experiment-method/2024-07-14T16:41:34+07:00https://htplasmatech.org/research/comparison-of-properties-of-multilayer-film-sputtered-on-glass-and-polypropylene-substrates-with-angular-dc-magnetron-co-sputtering-system-3/2024-07-14T16:44:17+07:00https://htplasmatech.org/research/effect-of-plasma-activated-water-paw-on-the-shelf-lives-of-whiteleg-shrimp-litopenaeus-vannamei-and-splendid-squid-loligo-formosana/2024-07-14T16:47:02+07:00https://htplasmatech.org/research/gliding-arc-discharge-non-thermal-plasma-forretardation-of-mango-anthracnose/2024-07-14T16:49:14+07:00https://htplasmatech.org/research/effect-of-non-thermal-plasma-on-physicochemical-properties-of-nam-dok-mai-mango/2024-07-14T16:51:13+07:00https://htplasmatech.org/research/nonthermal-plasma-for-pesticides-and-microbial-elimination-on-fruits-and-vegetables-an-overview/2024-07-14T16:53:23+07:00https://htplasmatech.org/research/non-thermal-plasma-for-elimination-of-pesticides-residues-in-mango/2024-07-14T16:55:36+07:00https://htplasmatech.org/research/effects-of-plasma-treatment-on-cooking-and-physical-qualities-of-pigmented-thai-rice-2/2024-07-14T16:58:11+07:00https://htplasmatech.org/research/application-of-pinhole-plasma-jet-activated-water-against-escherichia-coli-colletotrichum-gloeosporioides-and-decontamination-of-pesticide-residues-on-chili-capsicum-annuum-l-3/2024-07-14T17:00:50+07:00https://htplasmatech.org/research/cold-plasma-for-microbial-safety-principle-mechanism-and-factors-responsible/2024-07-14T17:02:28+07:00https://htplasmatech.org/research/plasma-polymerization-of-hexamethyldisiloxane-investigation-of-the-effect-of-carrier-gas-related-to-the-film-properties/2024-07-14T17:04:35+07:00https://htplasmatech.org/research/effects-of-treatment-time-by-sulfur-hexafluoride-sf6-plasma-on-barrier-and-mechanical-properties-of-paperboard/2024-07-15T08:26:30+07:00https://htplasmatech.org/research/effect-of-plasma-treatment-on-hydrophobicity-and-barrier-property-of-polylactic-acid/2024-07-15T08:28:37+07:00https://htplasmatech.org/research/effect-of-sulphur-hexafluoride-sf6-plasma-on-hydrophobicity-of-methylcellulose-film/2024-07-15T08:30:07+07:00https://htplasmatech.org/research/the-improvement-of-water-resistance-properties-of-paperboard-by-sf6-plasma/2024-07-15T08:32:16+07:00https://htplasmatech.org/research/surface-modification-and-mechanical-properties-improvement-of-bamboo-fibers-using-dielectric-barrier-discharge-plasma-treatment-2/2024-07-15T08:37:02+07:00https://htplasmatech.org/research/gliding-arc-discharge-non-thermal-plasma-for-retardation-of-mango-anthracnose/2024-07-15T08:53:41+07:00https://htplasmatech.org/research/using-plasma-activated-water-generated-by-an-air-gliding-arc-as-a-nitrogen-source-for-rice-seed-germination-2/2024-07-15T09:05:41+07:00https://htplasmatech.org/research/effects-of-using-plasma-activated-water-as-a-nitrate-source-on-the-growth-and-nutritional-quality-of-hydroponically-grown-green-oak-lettuces/2024-07-15T09:15:16+07:00https://htplasmatech.org/research/application-of-pinhole-plasma-jet-activated-water-against-escherichia-coli-colletotrichum-gloeosporioides-and-decontamination-of-pesticide-residues-on-chili-capsicum-annuum-l-4/2024-07-15T09:19:23+07:00https://htplasmatech.org/research/effects-of-using-plasma-activated-water-as-a-nitrate-source-on-the-growth-and-nutritional-quality-of-hydroponically-grown-green-oak-lettuces-2/2024-07-15T09:23:24+07:00https://htplasmatech.org/research/effects-of-cold-atmospheric-pressure-plasma-jet-on-human-apical-papilla-cell-proliferation-mineralization-and-attachment/2024-07-15T09:25:42+07:00https://htplasmatech.org/research/efficacy-of-cold-atmospheric-pressure-plasma-jet-against-enterococcus-faecalis-in-apical-canal-of-human-single-rooted-teeth-a-preliminary-study/2024-07-15T09:29:08+07:00https://htplasmatech.org/research/inhibitory-activity-of-cold-atmospheric-plasma-on-candida-albicans/2024-07-15T09:34:20+07:00https://htplasmatech.org/research/surface-dielectric-barrier-discharge-plasma-treated-pork-cut-parts-bactericidal-efficacy-and-physiochemical-characteristics-3/2024-07-15T09:58:19+07:00https://htplasmatech.org/research/air-to-h2-n2-pulse-plasma-jet-for-in-vitro-plant-tissue-culture-process-source-characteristics-plasma-chemistry-and-plasma-processing/2024-07-15T10:01:31+07:00https://htplasmatech.org/research/a-surface-dielectric-barrier-discharge-nonthermal-plasma-to-induce-cell-death-in-colorectal-cancer-cells/2024-07-15T10:03:34+07:00https://htplasmatech.org/research/effect-of-dielectric-barrier-discharge-plasma-jet-on-bactericidal-and-human-dermal-fibroblasts-adult-cells-in-vitro-contaminated-wound-healing-model-3/2024-07-15T10:08:11+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-bactericidal-effects-host-safety-3/2024-07-15T10:10:48+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-cold-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-development-and-characterization-2/2024-07-15T10:13:38+07:00https://htplasmatech.org/research/ethanolic-extract-of-kaempferia-parviflora-interrupts-the-mechanisms-associated-rheumatoid-arthritis-in-sw982-culture-model-via-p38-stat1-and-stat3-pathways/2024-07-15T10:20:29+07:00https://htplasmatech.org/research/some-microstructural-studied-of-plasma-sprayed-stainless-steel-316l-al2o3-tio2produced-using-two-powder-port-configuration/2024-07-15T10:23:02+07:00https://htplasmatech.org/research/impact-of-plasma-treatment-on-cancer-cell-culture-in-3d-biomaterial-scaffold/2024-07-15T10:25:40+07:00https://htplasmatech.org/research/study-of-orbit-motion-of-hydrogen-and-deuterium-beam-ions-toward-neutral-beam-injection-experiment-in-thailand-tokamak-1/2024-07-15T10:31:53+07:00https://htplasmatech.org/research/feasibility-study-of-a-heavy-ion-beam-probe-for-the-thailand-tokamak-1/2024-07-15T10:34:42+07:00https://htplasmatech.org/research/germination-physicochemical-properties-and-antioxidant-enzyme-activities-in-kangkong-ipomoea-aquatica-forssk-seeds-as-affected-by-dielectric-barrier-discharge-plasma/2024-07-15T10:37:54+07:00https://htplasmatech.org/research/feasibility-study-of-neutral-beam-injection-in-thailand-tokamak-1/2024-07-15T10:41:21+07:00https://htplasmatech.org/research/characterization-of-clyc7-scintillation-detector-in-wide-neutron-energy-range-for-fusion-neutron-spectroscopy/2024-07-15T10:45:11+07:00https://htplasmatech.org/research/characterization-of-liquid-scintillator-based-cnes-for-deuterium-deuterium-neutron-emission-spectroscopy-in-the-lhd/2024-07-15T10:47:20+07:00https://htplasmatech.org/research/predicted-behaviour-of-helium-in-iter-by-the-multi-mode-transport-model/2024-07-15T10:49:40+07:00https://htplasmatech.org/research/enhancement-of-seed-quality-and-bioactive-compound-accumulation-in-sunflower-sprouts-by-dielectric-barrier-discharge-plasma-treatment/2024-07-15T11:39:42+07:00https://htplasmatech.org/research/design-of-power-supply-for-magnet-systems-of-thailand-tokamak-1/2024-07-15T11:42:31+07:00https://htplasmatech.org/research/effect-of-applied-frequency-on-the-number-of-micro-discharge-in-dielectric-barriers-discharge/2024-07-16T13:19:41+07:00https://htplasmatech.org/research/seed-germination-and-seedling-growth-of-rice-in-response-to-atmospheric-air-dielectric-barrier-discharge-plasma/2024-07-15T11:46:45+07:00https://htplasmatech.org/research/modelling-and-electrical-characteristics-of-the-thailand-plasma-focus-ii-tpf-ii/2024-07-15T11:49:29+07:00https://htplasmatech.org/research/development-of-tpf-1-plasma-focus-for-education/2024-07-15T11:52:08+07:00https://htplasmatech.org/research/comparison-of-discharge-power-in-dielectric-barrier-discharge-dbd-with-stainless-steel-and-kcl-liquid-electrode/2024-07-15T11:54:13+07:00https://htplasmatech.org/research/comparison-of-carbon-density-distribution-in-l-mode-plasma-discharges-in-tftr-tokamak-using-the-mixed-bohm-gyro-bohm-and-multi-mode-95-transport-models/2024-07-15T11:56:35+07:00https://htplasmatech.org/research/determination-of-the-total-inductance-of-tpf-i/2024-07-15T11:58:28+07:00https://htplasmatech.org/research/the-simulation-of-l-h-transition-in-tokamak-plasma-using-mmm95-transport-model/2024-07-15T12:00:43+07:00https://htplasmatech.org/research/analytical-and-numerical-modelling-of-transport-barrier-formation-using-bifurcation-concept/2024-07-16T13:20:37+07:00https://htplasmatech.org/research/effect-of-magnetic-field-on-pellet-penetration-and-deposition-in-ohmic-tore-supra-discharges/2024-07-15T12:04:43+07:00https://htplasmatech.org/research/prediction-of-pedestal-formation-in-diii-d-tokamak-plasmas-using-baldur-and-task-tr-codes/2024-07-15T12:06:27+07:00https://htplasmatech.org/research/comparison-of-toroidal-velocity-models-using-integrated-predictive-modeling-code-in-itb-h-mode-plasma/2024-07-15T12:08:37+07:00https://htplasmatech.org/research/development-of-dynamic-boundary-density-models-with-hydrogenic-and-impurity-densities-in-h-mode-scenarios/2024-07-15T12:10:31+07:00https://htplasmatech.org/research/impurity-behaviours-in-iter-plasmas-with-standard-type-i-elmy-h-mode-before-and-after-heating-phase/2024-07-15T12:15:51+07:00https://htplasmatech.org/research/simulations-of-iter-plasma-during-pellet-injection/2024-07-15T12:18:30+07:00https://htplasmatech.org/research/simulation-study-of-hl-2a-like-plasma-using-integrated-predictive-modeling-code/2024-07-15T12:20:26+07:00https://htplasmatech.org/research/dependence-of-iter-performance-on-pedestal-temperature-average-electron-density-auxiliary-heating-power-and-impurity-content/2024-07-15T12:23:33+07:00https://htplasmatech.org/research/spectroscopic-interferometer-for-coherence-length-spectroscopy-of-pulsed-discharge-plasma/2024-07-15T13:05:34+07:00https://htplasmatech.org/research/effect-of-plasma-power-control-by-varied-voltage-frequency-and-pulse-density-modulation-at-atmospheric-pressure/2024-07-15T13:09:29+07:00https://htplasmatech.org/research/preliminary-numerical-study-of-thailand-plasma-focus-ii-tpf-ii-design/2024-07-15T13:12:46+07:00https://htplasmatech.org/research/modelling-and-electrical-characteristics-of-the-thailand-plasma-focus-ii-tpf-ii-2/2024-07-15T15:50:17+07:00https://htplasmatech.org/research/one-step-pressing-annealing-to-produce-ltp-mnbi-magnets/2024-07-15T15:54:57+07:00https://htplasmatech.org/research/the-plan-of-diagnostic-systems-for-the-first-phase-of-thailand-tokamak-1/2024-07-15T15:57:54+07:00https://htplasmatech.org/research/microwave-drying-for-production-of-rehydrated-foods-a-case-study-of-stink-bean-parkia-speciosa-seed/2024-07-15T16:03:08+07:00https://htplasmatech.org/research/effects-of-plasma-focus-on-seed-germination-and-seedling-growth-of-14-thai-rice-varieties/2024-07-16T10:12:36+07:00https://htplasmatech.org/research/computational-study-of-the-supersonic-molecular-beam-injection-in-thailand-tokamak-1-based-on-the-2d-fluid-model/2024-07-16T10:15:16+07:00https://htplasmatech.org/research/predicted-behaviour-of-helium-in-iter-by-the-multi-mode-transport-model-2/2024-07-16T10:18:34+07:00https://htplasmatech.org/research/study-of-supersonic-molecular-beam-injection-system-in-thailand-tokamak-i/2024-07-16T11:14:46+07:00https://htplasmatech.org/research/predictions-of-plasma-behavior-due-to-pellet-injection-for-future-thailand-tokamak/2024-07-16T11:14:08+07:00https://htplasmatech.org/research/neutronics-assessment-for-the-thailand-tokamak-upgrade/2024-07-16T11:13:25+07:00https://htplasmatech.org/research/comparisons-of-the-plasma-performance-of-future-thailand-tokamak-using-various-external-heating-schemes/2024-07-16T10:32:22+07:00https://htplasmatech.org/research/plasma-scenario-study-for-ht-6m-tokamak-using-baldur-integrated-predictive-modeling-code/2024-07-16T10:34:58+07:00https://htplasmatech.org/research/self-consistent-modeling-of-demos-with-1-5-dbaldur-integrated-predictive-modeling-code/2024-07-16T10:36:51+07:00https://htplasmatech.org/research/development-of-dielectric-barrier-discharge-for-reducing-microbial-contamination-in-pepper-piper-nigrum-and-sesame-sesamum-indicum-linn-powder/2024-07-16T10:39:25+07:00https://htplasmatech.org/research/development-of-tpf-1-plasma-focus-for-education-2/2024-07-16T10:42:41+07:00https://htplasmatech.org/research/impurity-accumulation-and-performance-of-iter-and-demo-plasmas-in-the-presence-of-transport-barriers/2024-07-16T10:49:51+07:00https://htplasmatech.org/research/determination-of-the-total-inductance-of-tpf-i-2/2024-07-16T10:56:15+07:00https://htplasmatech.org/research/simulation-study-of-hl-2a-like-plasma-using-integrated-predictive-modeling-code-2/2024-07-16T10:57:58+07:00https://htplasmatech.org/research/performance-comparison-of-iter-and-demos-plasmas-using-cronos-simulations/2024-07-16T11:00:43+07:00https://htplasmatech.org/research/efficacy-of-dbd-plasma-generator-with-different-shapes-and-materials-of-electrodes-for-reducing-the-microbial-contamination-of-herb-powder/2024-07-16T11:03:29+07:00https://htplasmatech.org/research/predictions-of-plasma-performance-in-iter-based-on-mixed-b-gb-mmm95-and-cdbm-transport-models/2024-07-16T11:06:31+07:00https://htplasmatech.org/research/the-study-of-thermal-transport-in-the-hl-2a-plasma-experiment-with-ecrh/2024-07-16T11:09:36+07:00https://htplasmatech.org/research/numerical-study-of-supersonic-molecular-beam-injection-system-in-thailand-tokamak-i/2024-07-16T11:12:58+07:00https://htplasmatech.org/research/effect-of-applied-frequency-on-the-number-of-micro-discharge-in-dielectric-barriers-discharge-2/2024-07-16T11:17:25+07:00https://htplasmatech.org/research/effects-of-plasma-focus-on-seed-germination-and-seedling-growth-of-14-thai-rice-varieties-2/2024-07-16T11:19:57+07:00https://htplasmatech.org/research/preliminary-study-and-design-of-fuelling-systems-of-thailand-tokamak-i-with-supersonic-molecular-beam-injection/2024-07-16T11:26:57+07:00https://htplasmatech.org/research/feasibility-study-of-a-heavy-ion-beam-probe-for-the-thailand-tokamak-1-2/2024-07-16T11:30:41+07:00https://htplasmatech.org/research/germination-physicochemical-properties-and-antioxidant-enzyme-activities-in-kangkong-ipomoea-aquatica-forssk-seeds-as-affected-by-dielectric-barrier-discharge-plasma-2/2024-07-16T11:33:21+07:00https://htplasmatech.org/research/application-of-non-thermal-plasma-activated-liquid-for-delay-browning-in-an-apple-slice/2024-07-16T11:36:35+07:00https://htplasmatech.org/research/formaldehyde-adsorption-in-aqueous-solution-using-eggshell-treated-with-plasma-technology/2024-07-16T11:49:04+07:00https://htplasmatech.org/research/effects-of-high-voltage-plasma-hvp-combined-with-trichoderma-asperellumon-root-rot-disease-of-chinese-kale-caused-by-pythium-aphanidermatum/2024-07-16T11:55:03+07:00https://htplasmatech.org/research/effect-of-fermentation-temperatures-on-quality-of-naem-made-from-raw-materials-treated-with-plasma/2024-07-16T11:58:19+07:00https://htplasmatech.org/research/characterizations-of-electrical-discharge-plasma-in-air-micro-nano-bubbles-water-mixture/2024-07-16T11:59:57+07:00https://htplasmatech.org/research/stimulation-of-seed-germination-and-physiological-development-in-plants-by-high-voltage-plasma-and-fine-bubbles/2024-07-16T12:02:45+07:00https://htplasmatech.org/research/plasma-parameter-characterization-of-a-dc-multicusp-plasma-chamber-operating-in-he-ar-and-xe-gas/2024-07-16T12:06:57+07:00https://htplasmatech.org/research/criteria-of-applicability-of-laser-thomson-scattering-measurements-of-electron-properties-in-reactive-plasmas/2024-07-16T12:17:12+07:00https://htplasmatech.org/research/measurements-of-the-electron-energy-distribution-function-in-an-ar-cf4-inductively-coupled-plasma/2024-07-16T14:01:23+07:00https://htplasmatech.org/research/laser-thomson-scattering-measurements-of-negative-ion-density-in-a-glow-discharge-plasma/2024-07-16T14:04:38+07:00https://htplasmatech.org/research/applicabilities-of-laser-thomson-scattering-to-various-kinds-of-discharge-plasmas/2024-07-16T14:08:23+07:00https://htplasmatech.org/research/laser-thomson-scattering-studies-of-glow-discharge-plasmas/2024-07-16T14:11:20+07:00https://htplasmatech.org/research/low-temperature-plasma-treatment-for-hydrophobicity-improvement-of-silk/2024-07-16T14:14:19+07:00https://htplasmatech.org/research/diamond-like-carbon-formed-by-plasma-immersion-ion-implantation-and-deposition-technique-on-304-stainless-steel/2024-07-16T14:21:15+07:00https://htplasmatech.org/research/molecular-functionalization-of-cold-plasma-treated-bombyx-mori-silk/2024-07-16T14:24:24+07:00https://htplasmatech.org/research/surface-analysis-of-hydrophobicity-of-thai-silk-treated-by-sf6-plasma/2024-07-16T14:27:32+07:00https://htplasmatech.org/research/plasma-propagation-speed-and-electron-temperature-in-slow-electron-energy-non-thermal-atmospheric-pressure-indirect-plasma-jet/2024-07-16T14:40:25+07:00https://htplasmatech.org/research/electron-temperature-and-density-of-non-thermal-atmospheric-pressure-argon-plasma-jet-by-convective-wave-packet-model/2024-07-16T14:43:14+07:00https://htplasmatech.org/research/inhibitory-activity-of-cold-atmospheric-plasma-on-candida-albicans-2/2024-07-16T14:45:57+07:00https://htplasmatech.org/research/efficiency-of-non-thermal-atmospheric-pressure-plasma-on-killing-candida-albicans-biofilm/2024-07-16T14:50:18+07:00https://htplasmatech.org/research/atmospheric-non%e2%80%91thermal-plasma-inactivation-of-ascosphaera-apis-the-causative-agent-of-chalkbrood-disease-in-honeybee/2024-07-16T15:17:07+07:00https://htplasmatech.org/research/differential-responses-of-cancer-cell-lines-to-non-thermal-plasma-from-dielectric-barrier-discharge/2024-07-16T15:38:43+07:00https://htplasmatech.org/research/preferential-killing-of-human-lung-cancer-cell-lines-with-mitochondrial-dysfunction-by-nonthermal-dielectric-barrier-discharge-plasma/2024-07-16T15:41:55+07:00https://htplasmatech.org/research/non-thermal-plasma-treatment-diminishes-fungal-viability-and-up-regulates-resistance-genes-in-a-plant-host/2024-07-16T15:45:48+07:00https://htplasmatech.org/research/analysis-of-the-antimicrobial-effects-of-non-thermal-plasma-on-fungal-spores-in-ionic-solutions/2024-07-16T15:47:51+07:00https://htplasmatech.org/research/assessment-of-the-effects-of-nitrogen-plasma-and-plasma-generated-nitric-oxide-on-early-development-of-coriandum-sativum/2024-07-16T15:52:59+07:00https://htplasmatech.org/research/evaluation-the-influence-of-reactive-species-compounds-for-enhancement-on-seed-germination-growth-and-metabolisms-of-ruzi-grass/2024-07-16T15:58:25+07:00https://htplasmatech.org/research/plant-disease-control-by-non-thermal-atmospheric-pressure-plasma/2024-07-16T16:01:41+07:00https://htplasmatech.org/research/different-effects-of-reactive-species-generated-from-chemical-donors-on-seed-germination-growth-and-chemical-contents-of-oryza-sativa-l/2024-07-16T16:04:52+07:00https://htplasmatech.org/research/development-of-high-voltage-high-frequency-resonant-inverter-power-supply-for-surface-glow-barrier-discharges/2024-07-16T16:10:12+07:00https://htplasmatech.org/research/development-of-compact-cylindrical-microwave-plasma-source-for-ion-beam-production/2024-07-16T16:39:21+07:00https://htplasmatech.org/research/characteristics-of-chitosan-membranes-modified-by-argon-plasmas/2024-07-16T16:42:10+07:00https://htplasmatech.org/research/characteristics-of-ozone-production-by-using-atmospheric-surface-glow-barrier-discharge/2024-07-16T16:44:03+07:00https://htplasmatech.org/research/design-of-permanent-magnet-compact-helicon-plasma-source-for-ion-beam-breeding/2024-07-16T16:47:13+07:00https://htplasmatech.org/research/surface-hydrophobic-modification-of-cellulose-membrane-by-plasma-assisted-deposition-of-hydrocarbon-films/2024-07-16T17:00:20+07:00https://htplasmatech.org/research/development-of-compact-high-voltage-switched-mode-power-supply-for-microwave-plasma-sources-supply-for-low-pressure-plasma/2024-07-16T17:02:28+07:00https://htplasmatech.org/research/development-of-a-compact-permanent-magnet-helicon-plasma-source-for-ion-beam-bioengineering/2024-07-16T17:04:45+07:00https://htplasmatech.org/research/effect-of-low-pressure-rf-plasma-containing-clove-oil-against-the-growth-formation-by-aspergillus-niger-in-culture-media/2024-07-16T17:07:42+07:00https://htplasmatech.org/research/in-vitro-and-in-vivo-antifungal-activities-of-various-gas-species-under-plasma-jet-treatment-against-brown-rice-cereal-spoilage-molds/2024-07-16T17:09:35+07:00https://htplasmatech.org/research/inhibition-of-aspergillus-flavus-on-agar-media-and-brown-rice-cereal-bars-using-cold-atmospheric-plasma-treatment/2024-07-16T17:11:51+07:00https://htplasmatech.org/research/low-pressure-rf-plasma-effects-on-the-mould-control-physical-quality-nutritional-value-mineral-content-and-trace-element-content-of-a-brown-rice-snack-bar/2024-07-16T17:13:35+07:00https://htplasmatech.org/research/antibacterial-activity-of-essential-oils-and-their-main-components-enhanced-by-atmospheric-rf-plasma/2024-07-16T17:15:29+07:00https://htplasmatech.org/research/effect-of-cold-atmospheric-plasma-on-antifungal-activities-of-clove-oil-and-eugenol-against-molds-on-areca-palm-areca-catechu-leaf-sheath/2024-07-16T17:18:30+07:00https://htplasmatech.org/research/preliminary-numerical-study-of-thailand-plasma-focus-ii-tpf-ii-design-2/2024-07-16T17:20:21+07:00https://htplasmatech.org/research/combined-antibacterial-activity-of-green-tea-extract-with-atmospheric-radio-frequency-plasma-against-pathogens-on-fresh-cut-dragon-fruit/2024-07-16T17:22:21+07:00https://htplasmatech.org/research/modelling-and-electrical-characteristics-of-the-thailand-plasma-focus-ii-tpf-ii-3/2024-07-16T17:25:12+07:00https://htplasmatech.org/research/numerical-tracking-of-impurities-by-dust-ablation-in-ht-6m-plasma/2024-07-16T17:27:55+07:00https://htplasmatech.org/research/role-of-antioxidants-on-physicochemical-properties-and-in-vitro-bioaccessibility-of-%ce%b2-carotene-loaded-nanoemulsion-under-thermal-and-cold-plasma-discharge-accelerated-tests/2024-07-16T17:39:35+07:00https://htplasmatech.org/research/simulations-of-high-non-uniform-electric-field-in-dielectric-barrier-electrode-system/2024-07-16T17:41:10+07:00https://htplasmatech.org/research/effect-of-plasma-polymerised-acetylene-coated-silica-on-the-compound-properties-of-natural-rubber-composites/2024-07-16T17:43:44+07:00https://htplasmatech.org/research/high-hydrogen-peroxide-concentration-low-exposure-time-of-plasma-activated-water-paw-a-novel-approach-for-shelf-life-extension-of-asian-sea-bass-lates-calcarifer-steak/2024-07-16T17:47:11+07:00https://htplasmatech.org/research/enhanced-antibacterial-activity-of-brevibacillus-sp-spr19-by-atmospheric-and-room-temperature-plasma-mutagenesis-artp/2024-07-16T17:49:46+07:00https://htplasmatech.org/research/combined-effects-of-prior-plasma-activated-water-soaking-and-whey-protein-isolate-ginger-extract-coating-on-the-cold-storage-stability-of-asian-sea-bass-lates-calcarifer-steak/2024-07-16T17:52:33+07:00https://htplasmatech.org/research/comparative-evaluation-of-hydrothermally-produced-rice-starch-phenolic-complexes-contributions-of-phenolic-type-plasma-activated-water-and-ultrasonication/2024-07-16T17:54:59+07:00https://htplasmatech.org/research/argon-plasma-jet-treated-poly-vinyl-alcohol-chitosan-and-peg-400-plus-mangifera-indica-leaf-extract-for-electrospun-nanofiber-membranes-in-vitro-study-3/2024-07-16T17:57:49+07:00https://htplasmatech.org/research/comparison-of-plasma-technology-for-the-study-of-herbicide-degradation-3/2024-07-16T18:01:02+07:00https://htplasmatech.org/research/development-of-industrial-prototype-for-activating-water-by-plasma-jet/2024-07-16T18:05:01+07:00https://htplasmatech.org/research/production-of-alkaline-plasma-activated-tap-water-using-different-plasma-forming-gas-at-sub-atmospheric-pressure/2024-07-16T18:07:40+07:00https://htplasmatech.org/research/development-of-a-multihole-atmospheric-plasma-jet-for-growth-rate-enhancement-of-broccoli-seeds/2024-07-16T18:10:47+07:00https://htplasmatech.org/research/enhancement-of-output-power-density-in-a-modified-polytetrafluoroethylene-surface-using-a-sequential-o2-ar-plasma-etching-for-triboelectric-nanogenerator-applications/2024-07-16T18:13:59+07:00https://htplasmatech.org/research/surface-hardening-of-skd61-steel-using-low-temperature-plasma-nitriding/2024-07-16T18:19:14+07:00https://htplasmatech.org/research/comparison-of-the-structural-properties-of-a-ch-films-prepared-by-pulsed-and-continuous-rf/2024-07-16T18:22:19+07:00https://htplasmatech.org/research/developmentof-multi-hole-atmospheric-pressure-plasma-jet-for-seed-treatment/2024-07-16T18:24:33+07:00https://htplasmatech.org/research/antimicrobial-treatment-of-escherichia-coliand-staphylococcus-aureus-in-herbal-tea-using-low-temperature-plasma/2024-07-16T18:26:12+07:00https://htplasmatech.org/research/an-inverted-magnetron-operating-in-hipims-mode/2024-07-16T18:28:47+07:00https://htplasmatech.org/research/measurement-of-negative-ion-fluxes-during-dc-reactive-magnetron-sputtering-of-ti-in-ar-o2-atmosphere-using-a-magnetic-filtering-probe/2024-07-17T08:39:58+07:00https://htplasmatech.org/research/surface-plasmon-resonance-enhanced-light-absorption-and-wavelength-tuneable-in-gold-coated-iron-oxide-spherical-nanoparticle/2024-07-17T08:41:57+07:00https://htplasmatech.org/research/xps-and-xas-preliminary-studies-of-diamond-like-carbon-films-prepared-by-hipims-technique/2024-07-17T08:48:25+07:00https://htplasmatech.org/research/effect-of-acetylene-concentration-on-structural-properties-of-hydrogenated-amorphous-carbon-films-prepared-using-showerhead-plasma-chemical-vapor-deposition/2024-07-17T08:51:11+07:00https://htplasmatech.org/research/preparing-transparent-cobalt-doped-zno-thin-films-by-dc-magnetron-sputtering/2024-07-17T08:53:55+07:00https://htplasmatech.org/research/an-inverted-gapped-target-sputter-magnetron-for-the-deposition-of-thin-ferromagnetic-films/2024-07-17T08:56:23+07:00https://htplasmatech.org/research/theoretical-calculation-of-the-optical-properties-of-dielectric-material-noble-metal-core-shell-composite-nanoparticles/2024-07-17T08:58:41+07:00https://htplasmatech.org/research/a-plasma-modified-cellulose-chitosan-porous-membrane-allows-efficient-dna-binding-and-provides-antibacterial-properties-a-step-towards-developing-a-new-dna-collecting-card/2024-07-17T09:02:27+07:00https://htplasmatech.org/research/optical-emission-spectroscopy-of-zinc-acetate-vapor-discharge-under-the-shower-plasma-source/2024-07-17T09:10:31+07:00https://htplasmatech.org/research/increasing-wettability-of-sericin-silk-powder-using-on-atmospheric-pressure-plasma-jet-treatment/2024-07-17T09:20:39+07:00https://htplasmatech.org/research/spectroscopic-electron-temperature-measurement-in-methane-helium-plasma-during-diamond-like-carbon-coating/2024-07-17T09:22:20+07:00https://htplasmatech.org/research/inactivation-of-cercospora-lactucae-sativa-through-application-of-non-thermal-atmospheric-pressure-gliding-arc-tesla-coil-and-dielectric-barrier-discharge-plasmas/2024-07-17T09:24:17+07:00https://htplasmatech.org/research/potential-of-nonthermal-atmospheric-pressure-dielectric-barrier-discharge-plasma-for-inhibition-of-athelia-rolfsii-causing-southern-blight-disease-in-lettuce-2/2024-07-17T09:26:28+07:00https://htplasmatech.org/research/effects-of-plasma-focus-on-seed-germination-and-seedling-growth-of-14-thai-rice-varieties-3/2024-07-17T09:30:30+07:00https://htplasmatech.org/research/a-combination-of-point-defects-and-nanosized-grains-to-minimize-lattice-thermal-conductivity-of-sn-and-se-co-doped-cosb3-via-mixed-ball-milling-and-spark-plasma-sintering/2024-07-17T09:32:38+07:00https://htplasmatech.org/research/improving-the-efficiency-of-crossbred-pradu-hang-dam-chicken-production-for-meat-consumption-using-cold-plasma-technology-on-eggs-3/2024-10-18T14:24:49+07:00https://htplasmatech.org/research/plasma-activated-soil-a-novel-technique-for-agricultural-soil-enhancement/2024-07-17T09:46:30+07:00https://htplasmatech.org/research/enhancement-of-lettuce-growth-by-paw-spray-gliding-arc-plasma-generator/2024-07-17T09:51:18+07:00https://htplasmatech.org/research/effect-of-cold-plasma-and-elicitors-on-bioactive-contents-antioxidant-activity-and-cytotoxicity-of-thai-rat%e2%80%90tailed-radish-microgreens/2024-07-17T10:45:26+07:00https://htplasmatech.org/research/the-influence-of-atmospheric-non-thermal-plasma-on-jasmine-rice-seed-enhancements/2024-07-17T10:46:58+07:00https://htplasmatech.org/research/microbial-reduction-of-bitter-melon-momordica-charantia-l-and-chan-khao-tarenna-hoaensis-pitard-herb-powder-by-dielectric-barrier-discharge-plasma-for-food-sanitary/2024-07-17T10:49:34+07:00https://htplasmatech.org/research/impact-of-multi-air-plasma-jets-on-nitrogen-concentration-variance-in-effluent-of-membrane-bioreactor-pilot-plant/2024-07-17T10:52:12+07:00https://htplasmatech.org/research/dependence-of-plasma-parameters-in-hydrogen-pellet-ablation-cloud-on-the-background-plasma-conditions/2024-07-17T10:54:40+07:00https://htplasmatech.org/research/electrical-characteristics-of-atmospheric-air-corona-plasma-by-multi-pin-electrodes/2024-07-17T10:57:19+07:00https://htplasmatech.org/research/wastewater-treatment-by-dielectric-barrier-discharge-plasma/2024-07-17T10:58:50+07:00https://htplasmatech.org/research/impact-of-pretreatment-with-dielectric-barrier-discharge-plasma-on-the-drying-characteristics-and-bioactive-compounds-of-jackfruit-slices/2024-07-17T11:01:04+07:00https://htplasmatech.org/research/discharge-duty-cycles-effects-of-20-khz-air-atmospheric-pressure-plasma-jet-on-methylene-blue-solution-degradation/2024-07-17T11:05:18+07:00https://htplasmatech.org/research/air-atmospheric-pressure-plasma-jet-to-improve-fruiting-body-production-and-enhance-bioactive-phytochemicals-from-mutant-cordyceps-militaris-white-cordyceps-militaris-2/2024-07-17T11:09:40+07:00https://htplasmatech.org/research/enhanced-fruiting-body-production-and-bioactive-phytochemicals-from-white-cordyceps-militaris-by-blending-cordyceps-militaris-and-using-cold-plasma-jet-2/2024-07-17T11:13:52+07:00https://htplasmatech.org/research/enhancement-propagation-of-protocorms-in-orchid-cymbidium-tracyanum-l-castle-by-cold-atmospheric-pressure-air-plasma-jet-2/2024-07-17T11:16:24+07:00https://htplasmatech.org/research/breaking-dormancy-of-morning-glory-seeds-by-dielectric-barrier-discharge-cold-plasma/2024-07-17T11:18:37+07:00https://htplasmatech.org/research/effects-of-oxygen-micro-nano-bubbles-on-germination-of-sunflower-seeds-helianthus-annuus/2024-07-17T11:21:05+07:00https://htplasmatech.org/research/a-compact-pulse-modulation-cold-air-plasma-jet-for-the-inactivation-of-chronic-wound-bacteria-development-and-characterization-3/2024-07-17T11:26:30+07:00https://htplasmatech.org/research/chemical-kinetics-in-an-atmospheric-pressure-helium-plasma-containing-humidity/2024-07-17T11:28:22+07:00https://htplasmatech.org/research/development-and-characterization-of-a-compact-pulse-modulation-air-plasma-jet-for-chronic-wound-healing-application/2024-07-17T11:30:18+07:00https://htplasmatech.org/research/controlled-production-of-atomic-oxygen-and-nitrogen-in-a-pulsed-radio-frequency-atmospheric-pressure-plasma/2024-07-17T11:32:33+07:00https://htplasmatech.org/research/absolute-ozone-densities-in-a-radio-frequency-driven-atmospheric-pressure-plasma-using-two-beam-uv-led-absorption-spectroscopy-and-numerical-simulations/2024-07-17T11:34:25+07:00https://htplasmatech.org/research/development-of-vertical-compact-ion-implanter-for-gemstones-applications/2024-07-17T11:56:17+07:00https://htplasmatech.org/research/effect-of-plasma-treatment-on-bamboo-fiber-reinforced-epoxy-composites/2024-07-24T13:44:13+07:00https://htplasmatech.org/research/enhancing-bioactivity-and-conjugation-in-green-coffee-bean-coffea-arabica-extract-through-cold-plasma-treatment-insights-into-antioxidant-activity-and-phenolic-protein-conjugates/2024-07-24T13:48:17+07:00https://htplasmatech.org/research/decontamination-of-pesticide-residues-on-tangerine-fruit-using-non-thermal-plasma-technology-2/2024-07-24T13:50:49+07:00https://htplasmatech.org/research/electrohydraulic-discharge-induced-gas-liquid-interface-plasma-for-seed-priming-in-hydroponics/2024-07-24T13:56:56+07:00https://htplasmatech.org/research/disinfection-efficacy-of-electrohydraulic-discharge-plasma-against-xanthomonas-campestris-pv-campestris-a-sustainable-seed-treatment-approach/2024-07-24T13:59:35+07:00https://htplasmatech.org/research/field-electron-emission-enhanced-streamer-cold-plasma-interaction-on-seed-surface-wettability/2024-07-24T14:01:01+07:00https://htplasmatech.org/research/responses-of-seed-vigour-and-germination-of-maize-to-plasma-activated-water-priming-silver-nanopriming-and-green-silver-nanopriming/2024-07-24T14:03:56+07:00https://htplasmatech.org/research/localized-electric-field-enhanced-streamer-cold-plasma-interaction-on-biological-curved-surfaces-and-its-shadow-effect/2024-07-24T14:05:54+07:00https://htplasmatech.org/research/responses-of-rice-seed-quality-to-large-scale-atmospheric-nonthermal-plasmas/2024-07-24T14:07:58+07:00https://htplasmatech.org/research/effect-of-dielectric-barrier-discharge-plasma-on-rice-oryza-sativa-l-seed-hydration-and-hygroscopicity/2024-07-24T14:10:02+07:00https://htplasmatech.org/research/electrohydraulic-streamer-discharge-plasma-enhanced-alternaria-brassicicola-disinfection-in-seed-sterilization/2024-07-24T17:46:49+07:00https://htplasmatech.org/research/atmospheric-corona-discharge-plasma-for-rice-oryza-sativa-l-seed-surface-modification-fungi-decontamination-and-shelf-life-extension/2024-07-24T17:50:02+07:00https://htplasmatech.org/research/microcorona-discharge-mediated-nonthermal-atmospheric-plasma-for-seed-surface-modification/2024-07-24T17:51:52+07:00https://htplasmatech.org/research/tuning-surface-wettability-through-hot-carrier-initiated-impact-ionization-in-cold-plasma/2024-07-24T17:53:23+07:00https://htplasmatech.org/research/rice-oryza-sativa-l-seed-sterilization-and-germination-enhancement-via-atmospheric-hybrid-nonthermal-discharge-plasm/2024-07-24T17:55:03+07:00https://htplasmatech.org/research/study-on-effect-of-inductively-coupled-ar-o2-plasma-in-e-and-h-mode-on-riceberry-rice-by-sem-eds/2024-07-24T17:58:13+07:00