1.
Study on Ultrasonic Nebulizer Sample Feeding System for ICP-AES
超声雾化进样技术在ICP-AES中的应用研究
2.
Determination of copper and sodium in catalysts by MPT-AES with a pneumatic nebulizer sample introduction system
气动雾化进样-微波等离子体炬原子发射光谱法测定催化剂中铜和钠
3.
Study of Fundamental Parameters of Inductively Coupled Plasma for Slurry Nebulization--Electron Density Determination
悬浮液雾化进样感耦等离子体基本参数研究——Ⅱ等离子体电子密度测定
4.
Study of Fundamental Parameters of Inductively Coupled Plasma with Slurry Nebulization--Ⅰ.Excitation Temperature Determination
悬浮液雾化进样感耦等离子体基本参数研究Ⅰ.等离子体激发温度测定
5.
SIMUTANEOUS DETERMINATION OF COPPER AND IRON IN SERUM BY FLAMELESS ATOMIC ABORPTION SPECTRQPHOTOMETRY (AAS) WITH AEROSOL DEPOSITION TECHNIQUE
用雾化淀积进样无焰原子吸收法对血清铜铁进行同时测定
6.
Direct Determination of Lead in Gasoline by Flame-AAS
超声平衡雾化集中进样火焰原子吸收法直接测定汽油中铅含量
7.
Determination of Ultra Trace Manganese in Drinking Water by Fiameless Atomic Absorption Spectrophotometry with IL Fastae Autosampler
雾化淀积自动进样无焰原子吸收法测定饮水中超痕量锰
8.
Methods Residual spraying with ULV sprayer.
方法 用超低容量喷雾器进行雾化滞留喷洒。
9.
For proper combustion it is necessary to atomize the propellants.
为了有效地进行燃烧，推进剂必须雾化。
10.
Many of these migration paths may lead into the open and the oil droplets will be lost by oxidation.
许多运移的路线会引至地表，这样一来使油雾雾珠遭氧化而消失。
11.
Study on the Determination of Lead by Thermospray Flame-heated Quartz Furnace Atomic Absorption Spectrometry;
热喷雾进样火焰原子吸收光谱法测定铅的研究
12.
Commercial application of LPH-1 heavy oil feed atomizing nozzle
LPH-1型重油进料雾化喷嘴的工业应用
13.
Atomized Feature in Cloud Based Evolutionary Algorithm
云模型雾化特性及在进化算法中的应用
14.
Relation between Variabcle Law of Pressure and Concentration of the Propellant in Aerosol Can
喷雾罐内推进剂压力及浓度变化的探讨
15.
Numerical Simulation of Atomization and Combustion Based on Supersonic Inlet-channel Diesel Spray;
超音速进气道燃油喷射雾化及燃烧数值模拟
16.
Progress on Preparation of Drug Loading Microparticles by Supercritical Assisted Atomization
超临界流体辅助雾化制备药物微粒的研究进展
17.
A Study of the Control Technology of Inlet Atomized Air Evaporation Cooling for Gas Turbines
燃气轮机进气雾化式蒸发冷却控制技术研究
18.
THE RESEARCH DEVELOPMENT OF LIQUID JET ATOMIZATION IN HIGH SPEED CROSSFLOW
高速气流中横向液体射流雾化研究进展