chemisorption

基本解釋

The Chemisorption and reactivity of molecular at surfaces, M.W.Robert.
固體表面化學(xué);丁瑩如，秦關(guān)林.
Diffusional limitations and slow significant chemisorption processes may not be readily detected.
擴(kuò)散控制和顯著緩慢的化學(xué)吸附過程是不易檢測的。
Its common useis in conjunction with selective gas chemisorption for verification of metal surface area.
它通常是和選擇性氣體化學(xué)吸附結(jié)合起來使用，以確定金屬表面積。
The chemisorption of H_2 and H_2O, and their reactivity with CO on a Ni catalyst were investigated using pulse reactor.
本文應(yīng)用脈沖色譜法,對鎳基催化劑上H_2和H_2O的不可逆吸附,以及CO和它們的反應(yīng)情況進(jìn)行了研究。
For well-dispersed Pt, all particles are essentially on the surface available for chemisorption by an equal number of oxygen or hydrogen atoms.
對于分散良好的鉑，表面上的全部粒子在表面上基本上都能被相同數(shù)量的氧原子或氫原子進(jìn)行化學(xué)吸附。

an adsorption process in which an adsorbate is held on the surface of an adsorbent by chemical bonds

化學(xué)吸附
There are many methods for attaching polymer chains onto nanoparticle surfaces, including chemisorption, covalent attachment of end-functionalized polymers to a reactive surface (“grafting to”), and in-situ monomer polymerization with monomer growth of polymer chains from immobilized initiators (“grafting from”).
聚合物分子鏈與無機(jī)納米材料表面的接枝方式很多,主要包括化學(xué)吸附、“接枝到表面”和“從表面接枝” 。 “接枝到表面”是指具有功能端的聚合物同有反應(yīng)性的無機(jī)納米材料表面發(fā)生反應(yīng)以共價(jià)鍵合方式使聚合物分子結(jié)合到基體表面;“從表面接枝”是指先將引發(fā)劑結(jié)合到無機(jī)納米材料表面,再使其引發(fā)單體發(fā)生原位聚合反應(yīng)來實(shí)現(xiàn)聚合物與基體的連接。
電子、通信與自動(dòng)控制技術(shù)
化學(xué)吸著