1) frost crystal growth
霜晶生长
1.
Theoretical analysis of interface transformation during frost crystal growth;
霜晶生长的界面演变及机理分析
2) frost growth
霜层生长
1.
In this paper, frost growth was studied by experimental and theory method, the environmental factors influence frost growth was confirmed and the forecast of frost growth was given, all this work establish a foundation for restrain the frost growth and defrost.
本文从实验以及理论两个方面对霜层生长现象进行研究,明确了影响霜层生长过程的各种环境因素,提供了霜层生长的预测,为除霜以及抑制霜层的研究建立基础。
3) frost growth model
霜生长模型
4) frost crystal
霜晶
1.
The characteristics and mechanisms of the growth patterns of frost crystal with and without the influence of electric fields were described respectively.
为解决制冷系统除霜技术存在的问题,介绍了利用高压静电场技术及扫频高压交流电场技术在制冷系统中除霜的机理及研究进展,基于电流体动力学理论分析了霜晶分别在自然生长以及受高压静电场影响两种情况下不同的生长特性、机理和高压静电场中影响霜沉积量的主要电场参数,以及影响扫频高压交流电场技术除霜效率和能耗的主要参数。
2.
The tests showed that the frost formation on cold surfaces was not a simple transition process from steam directly to frost, but actually included several steps: formation and growth of water drops, freezing of the drops, formation of initial frost crystals on the frozen drops, and growth of frost crystals a.
发现结霜过程并非单纯的凝华过程,而是经历了水珠生成、长大、冻结、初始霜晶生成以及霜晶成长(包括部分霜晶的倒伏)过程。
5) crystal efflorescence
晶霜
6) crystal growth
晶体生长
1.
The fractal behavior of interfacial structure of crystal growth on the basis of the true self-avoid walk model;
真实自回避行走中晶体生长界面结构的分形行为
2.
Stability analysis of the planar interface for crystal growth in undercooled pure melts;
过冷纯熔体中晶体生长平界面的稳定性分析
3.
Study on crystal growth kinetics for SrSO_4;
硫酸锶晶体生长动力学研究
补充资料：霜
| 霜 frost 地物表面或地面因夜晚气温下降至0℃以下时， 导致接近地面附近的空气中水汽达到饱和，而在地物表面或地面凝华而成的冻结物。一般是六方晶状的集合体，呈鳞状、针状、羽状或扇状。霜的形成多发生于晴天小风的夜晚 。 入秋后，最早的一次霜称早霜；入春后，最晚的一次霜称晚霜，早霜和晚霜的时间间隔称霜期。当1.5～2米高处的气温也降到0℃以下的低温时，霜的凝结会造成植物的冻害现象，称霜冻。 |
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