heating configuration 中文意思是什麼
heating configuration
解釋
加熱構型- heating : adj. 1. 加熱的；供熱的。2. 刺激的。n. 1. 加熱；供暖；（建築物的）暖氣裝置。2. 白熾，灼熱。
- configuration : n. 1. 結構；構造；圓形，外形。2. 組合，布置；配置。3. 地形；【天文學】（行星等的）相對位置，方位；【化學】（分子中原子的）組態，排列；【物理學】位形；組態。
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Configuration of plastic packaged mould. pre - heating unit
塑封模具結構.預熱座 -
Hot plate with silicon wafer in initial configuration ( before heating )
加熱板與矽晶圓在啟始狀態（加熱前） 。 -
Single chamber, inside heating, compact furnace configuration
單室內熱式臥式結構，前爐門進出料。 -
Effect of heating configuration on laser heating of flying cylinder
影響激光加熱運動圓柱體的加熱線型的分析 -
Based on the demand of energy saving and environment protection, this paper presents the work principle, configuration and the characteristic of condensing furnace, and describes the application prospects in heating with heat air
摘要基於節能和環保的要求，介紹了國外冷凝式熱風爐的結構、工作原理和特點，以及在熱風採暖中，冷凝式熱風爐的應用前景。 -
Characters including : fuel atomization device replaced by gas sprayer, gas supply controlled by gas flux valve ; separate fuel supply from combustion - supporting air, regulate air supply through changing the electioneering voltage to make the fully burning and improve efficiency and reduce fuel consume ; arts and crafts are simple, the modification of the oil heater ' s configuration is little and the heating power is not below the oil heater ' s level ; because of falling the voltage of electioneering, greatly descend the noise of the sample machine compared with the original
其特點是：以燃氣噴頭替代原機燃油霧化裝置；以燃氣流量控制閥控制燃氣的供給；燃氣的供給與助燃空氣的供給相分離；通過改變主電機的電壓，調整空氣的供給量，使燃燒更加充分完全，並進一步提高了熱效率，降低了燃料消耗；工藝簡單，對原機型改動較小；樣機的加熱功率不小於原機型水平；此外，由於主電機電壓的降低，使樣機的整機噪聲比原機大大下降。 -
Single chamber, inside heating, cold wall, vertical configuration
單室內熱冷壁，立式結構，底部進出料。 -
Single chamber, inside heating, cold wall, horizontal or vertical configuration. the overall arrangement is compact and reasonable
單室內熱冷壁臥式或立式結構，前爐門進出料。 -
The configuration and microstructure of production, the effect of heating temperature and chemistry match ratio on reaction and production, the effect of calcining temperature and time on the changes of production crystal were studied by xrd, tem, dta and microscope
本文通過xrd 、 tem 、差熱分析、金相顯微鏡等手段對所制備材料的結構、組織形貌、點火溫度和化學配比對反應現象和反應產物的影響、煅燒溫度和煅燒時間對產物晶型轉變的影響等方面進行了分析研究。
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