無序物質 的英文怎麼說
中文拼音 [wúxùwùzhí]
無序物質
英文
disordered matter-
In view of such case, small breweries should form adequate wort cooling procedures, barm expand propagation system and proper fermentation procedures, and establish microbial control monitoring system, which could realize thorough sterilization and washing of facilities and achieve aseptic production to improve beer quality
中小型啤酒廠應建立麥汁冷卻工序、酵母擴培系統、發酵工序等工序和生產環節的微生物控制監測管理系統，對工藝過程及設備進行徹底清洗、滅菌，達到生產絕對無菌，提高啤酒質量。The system realizes multiple serial port communication and management by way of multi - port serial board ( 2 ) use the database technology to manage and manipulate the physics information data of nc tool. the basic information management system, the nc program auto - create system, the simulation of cutter working and dnc communication program are integrated to one system. it realizes the offline programming and controls of no - punched tape, helps to cut short the supplementary cutting time and improves the efficiency of to program and machine tools and realizes the separation and seamless connection of program and manufacture
本課題以硬體為輔助手段，以軟體為主要手段實現了以下功能：以串口擴展卡來實現網路中多臺數控機床的通信和管理；使用數據庫技術對數控機床的物理信息進行管理和操作，將數控機床基礎信息管理系統、 nc程序自動生成模塊、刀具加工軌跡模擬模塊和dnc通信介面模塊集成為一體，實現了數控加工的離線編程和數控系統的無帶控制，提高了編程效率、質量，縮短加工輔助時間，提高了機床的效率，既實現了編程和加工的分離，又達到它們之間的無縫連接。From the perspective of minimum transmission losses, an instantaneous reactive power theory for systems with any number of phases and with or without neutral line is developed. under the new definition, each quantity has its own physical meaning, and the zero sequence current can be decomposed into active and reactive components. furthermore, a generalized compensation method for zero sequence current is developed
從輸電損耗最小的角度出發，提出了任意相無中性線或有中性線系統的瞬時無功功率理論，在新的理論下，每個量都有清晰的物理意義，且能分解出零序電流的有功分量和無功分量，並給出了通用的零序電流補償方法，揭示了瞬時無功功率理論與傳統平均意義下的無功功率理論的聯系及本質區別，從而為研究hvdc - vsc及各種facts裝置的無功功率控制奠定了理論基礎。Obtaining structure and function of proteins is one of the main purposes of research in biology, but determining three - dimensional structure of protein by means of x - rays crystallography and nuclear magnetic resonance spectroscopy, and research in protein structure by the way of biochemistry, already can ’ t adapt the need of the rapid increase of protein sequence
獲取蛋白質的結構和功能是生物學研究的重要目的之一，但是使用x光晶體衍射和核磁共振技術等實驗手段測定蛋白質的三維結構，以及使用生物化學方法研究蛋白質的功能時效率不高，已經無法適應蛋白質序列飛速增長的需要。But present preparing methods are difficult to make nanoparticls array ordered. moreover, they usually require severe preparing condition. the paper presents a new preparation method of such film by in - situ chemical transformation with film phase permeation
目前，制備有機-無機磁性納米復合膜是獲得具有良好力學性能和獨特物理化學性質的磁性聚合物膜的有效途徑，但現有的制備方法在促使納米粒子的有序排列和簡化制備條件等方面有所不足。分享友人