biochemistry; dielectric-barrier discharges; plasma chemistry; plasma jets; plasma materials processing; plasma-wall interactions; spatiotemporal phenomena; tissue engineering; atmospheric pressure air; biochemical processing; dielectric barrier; flowing gas system; ground electrode; ionization bullets; low-temperature plasma; material-surface interaction; materials processing; medical therapeutics; microchannel; microplasma jet arrays; plasma chemistry reaction; plasma-background gas interaction surface area; pressure 1 atm; single macroplasma jet; size 355 mum; spatial-temporal characteristics; spatially-resolved emission profile; temporally-resolved emission profile; tissue; velocity 0.3 km/s to 0.5 km/s; velocity propagation; Apertures; Computers; Educational institutions; Materials; Plasmas; Sun; Surface treatment;
机译:大气压微等离子体射流形成的时空分辨光谱研究
机译:柴油机先导与天然气直接喷射时空相互作用对点火和燃烧特性的影响
机译:湍流对流双火焰中OH的时空特征
机译:显微射流阵列与单个大动型喷射之间的空间和时间特征的比较
机译:单列射流冷却靶表面倾斜的四边形通道传热特性的参数研究。
机译:微等离子体喷射阵列作为真菌性角膜炎的治疗选择
机译:在瑞利 - 泰勒喷气机中空间和暂时解决的单泡峰发光及其夹带
机译:几种喷气式飞机在静止空气中喷射形成水喷雾的空间特征