hot alignment 中文意思是什麼
hot alignment
解釋
熱對準-
Crank of internal combustion engine after every process and hot surface treatment will produce fairly deformation, that is jumping overproof. so alignment without destroy for its tissue and property is important factor which ensure operation of crank safely
內燃機曲軸在各加工工序及表面熱處理后會產生一定的變形即跳動超差，對其組織和性能無破壞的校直是保證曲軸安全運行的重要因素。 -
The subject for different process technology and surface treatment of crank takes tracking checkout for its internal stress, analyses relation of jumping measurement, deformation measurement, recovery measurement and stress change, finds the reason and usual law of jumping overproof of crank. through cold pressure alignment, hot pressure alignment, support aged alignment and so on methods for 42crmo steel crank, the subject checks change of stress in the process of alignment and change of tissue and property after alignment for crank, and gives comprehensive evaluation for every alignment technology, then give safe and feasible technology parameter
本課題主要是對不同加工工藝及不同表面處理過程的曲軸，對其內應力進行跟蹤檢測，分析各工藝過程中跳動量、變形量、恢復量與應力改變的關系，找出曲軸跳動量超差的原因和一般規律。通過對42crmo鋼曲軸進行「常溫壓力校直」 、 「熱壓力校直」 、 「支撐時效校直」等方法的校直，檢測校直過程中曲軸應力的變化及校直后組織和性能的改變，進而對各校直工藝進行綜合評價，給出安全可行的工藝參數。 -
This product is made of high quality steel plate that is bent and shaped by large - scale equipment and made through processes of auto welding, hot galvanizing, and alignment
此種產品由高質量鐵板組成，由自動焊接器焊接，強熱鍍鋁鋅，採用現代設備，提供各式電桿。 -
Uses the sata industry standard connector which includes alignment ears and 3 - stage electrical mating sequence, designed specifically for backplanes and hot pluggability
-採用符合sata工業標準的連接器。該連接器內置對接耳及3階段的電子配對次序，專為背板和熱抽換而設計。 -
A uniaxial hot - pressing test and a physical modeling simulation are performed to investigate the orientational alignment of crystals, and a new attempt to strengthen mica glass - ceramics is made
摘要利用單軸熱壓變形物理模型進行實驗類比，對強化雲母微晶玻璃的新途徑晶體定向排列進行了研究。 -
The results show that the completion degree of orientational alignment in mica plates remarkably varies in different sites of sample body, which is attributed to uneven deformation under the uniaxial hot - pressing condition
結果表明：在單軸壓縮變形方式下，雲母微晶玻璃材料截面上的流變程度不均勻，導致晶體定向排列程度差異大。
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