1) microwave plasma
微波等离子体法
1.
Preparation of oriented carbon films from heavy oil residue by microwave plasma
微波等离子体法合成重油残渣基定向纳米碳薄膜
2) MPCVD
微波等离子体CVD法
1.
Diamond Film Growth on Non-planar Substrate by MPCVD;
微波等离子体CVD法在非平面基体上生长金刚石膜
3) Microwave-plasma assisted CVD
微波等离子体-CVD 法
4) microwave plasma
微波等离子体
1.
V_(0.98)W_(0.02)O_(2-x)N_y thin films synthesized by microwave plasma;
微波等离子体制备氮杂二氧化钨钒薄膜
2.
Study of gel form intelligent cotton knitgoods with polymer grafting initiated by microwave plasma;
微波等离子体引发接枝凝胶型智能棉针织品
3.
Methane conversion into acetylene by synergism of transition metal catalyst and microwave plasma;
过渡金属与微波等离子体协同催化甲烷制乙炔
5) microwave plasmas
微波等离子体
1.
Surface Modification of Fluorinated Polymers by Microwave Plasmas;
用微波等离子体改性氟树脂表面
2.
Under striking power,the temperature of microwave plasmas interspace with different reaction pressure was measured by the intertwined thermocouple.
采用绞状缠绕式的热电偶计工作在打火功率以下时,测量了不同反应压强下的微波等离子体空间温度。
6) Microwave plasma torch
微波等离子体炬
1.
The Effects of Some Concomitant Elements on Electrothermal Vaporation Microwave Plasma Torch Atomic Emission Spectrometry (MPT AES);
电热蒸发进样微波等离子体炬原子发射光谱法中共存元素的影响
2.
Microwave plasma torch atomic emission spectrometry(MPT-AES) was used to determine the content of calcium and zinc in kelp after being digested.
分别使用常规消解方法与微波消解方法处理海带样品,采用微波等离子体炬原子发射光谱法(MPT-AES)测定海带中钙和锌的含量。
3.
Using microwave plasma torch(MPT)as excitation light source, argon as support gas, the sample solution was introduced into a pneumatic atomizer system, and the method of determining copper, chromium, manganese and aluminum in hydrogenation catalyst by microwave plasma torch atomic emission spectrometry (MPT-AES) was studied.
用微波等离子体炬(MPT)为激发光源,氩气为等离子体工作气体,用气动雾化进样,研究了微波等离子体炬原子发射光谱法(MPT-AES)测定加氢催化剂中的Cu、Cr、Mn、Al四种金属元素的方法。
补充资料：微波等离子体原子吸收光谱法
分子式：
CAS号：
性质：一种利用微波等离子体作为原子化器的原子吸收光谱分析技术。用微量注射器将几微升样品加到钽丝上，先用小电流加热干燥样品，再增大电流加热使样品蒸发。氩气将样品蒸气载入微波等离子体焰炬中，经历原子化后再进入原子吸收池经原子吸收，测量吸光度，根据吸光度大小确定被测元素的含量。
CAS号：
性质：一种利用微波等离子体作为原子化器的原子吸收光谱分析技术。用微量注射器将几微升样品加到钽丝上，先用小电流加热干燥样品，再增大电流加热使样品蒸发。氩气将样品蒸气载入微波等离子体焰炬中，经历原子化后再进入原子吸收池经原子吸收，测量吸光度，根据吸光度大小确定被测元素的含量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条