1) heat-tube oxidation method
热管氧化法
2) thermal oxidation
热氧化法
1.
A process for synthesis one-dimension Fe2O3 iron oxide nanoneedles upon iron nanocrystalline layers which were pulse-plated on the metal substrates using thermal oxidation in furnace was introduced.
利用在金属基板表面电镀一层金属Fe纳米晶,然后通过热氧化法制备出了一维Fe2O3金属氧化物纳米针;利用扫描电镜(SEM)、透射电镜(TEM)、超高分辨透射电镜(HRTEM)和X-射线衍射仪(XRD)等对纳米晶和纳米针的晶体结构与微观形貌等进行了表征。
2.
, firstly, a pure zinc nanocrystalline layer was produced by using periodic reverse pulse plating process, and then the ZnO nanoneedle array grew upon the layer through thermal oxidation in air.
在金属基板表面电沉积一层金属Zn纳米晶,将该纳米晶置于高温炉中,通过热氧化法成功制备了一维ZnO纳米针。
3.
ZnO thin films were prepared by thermal oxidation and pulsed laser deposition.
对两种方法制备的薄膜的形貌、结构和室温下的荧光光谱作了比较,并对ZnO薄膜紫外光(UV)的发射机理作了初步的分析,发现与PLD方法相比,热氧化法制备的ZnO薄膜所产生的紫外光发射强度(17816任意相对强度单位a。
3) thermal oxidation method
热氧化法
1.
It analyses analyzed the colors of hardened steel under the conditions of the high-speed cutting by the thermal oxidation method, and the cutting temperatures are estimated.
根据实验观察,采用热氧化法对高速切削的淬硬钢切屑成色进行分析,以此判断在切削过程中切屑经历过的切削温度。
2.
,metal Cu nanocrystalline layers were plated on the surface of metal substrates by pulse plating,then the Cu nanocrystalline layers were used to synthesize CuO nanoneedles by thermal oxidation method at 700℃ in the air.
采用脉冲电沉积技术在金属 Cu 基板表面电沉积纳米晶 Cu 薄膜,在空气中采用热氧化法制备出一维金属 CuO 纳米针材料。
4) oxidation-hydrothermal method
氧化–水热法
5) Oxidation hydrothermal crystallization method
氧化水热晶化法
6) hot-tube test
热管氧化试验
补充资料：4063m~(3)高炉热风炉分离式热管换热器
4063m~(3)高炉热风炉分离式热管换热器
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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