solid adj. 1.固体的;实心的,实质的,密实的。 2.【数学】立体的,立方的,三维的。 3.结实的,坚强的,坚固的,牢靠的 (opp. flimsy, slender, slight); 有力的,强健的,扎扎实实的,非浮浅的(学习);确实的,可靠的,忠实的;稳健的。 4.慎重的,严肃的;(财政上)稳固的,有资产的。 5.团结的,全体一致的。 6.纯粹的,全体同质的,十足的(金、银等);全部一样的,齐一的,没有浓淡的(颜色等)。 7.完整的,完全的;连续无间断的。 8.【哲学】(有)实体的。 9.【印刷】(行间)密排的。 10.〔美乐俚〕极好的,表演精彩的。 11.〔美口语〕亲密的,融洽的 (with)。 12.〔美口〕〔用于 good 之后以加强语气〕着实的,有力的。 a solid body 固体。 solid food 固体食物[面包、肉等]。 a solid figure 立体形。 a solid bath 【医学】(沙浴等)固体浴。 a solid bulb 【植物;植物学】球茎。 a solid bullet 实心子弹。 solid comfort 真正的安慰。 solid earth [ground] 大地。 a solid man 稳健的人;有资产的人。 solid gold 足赤(金)。 solid ivory 〔美国〕头脑迟钝的人。 solid measure 体积,容积。 a solid problem 【数学】三次方程式问题,解析几何问题。 a solid vote 全场一致的投票。 for a solid hour 整整一小时。 a solid matter 【印刷】实排印件。 a good solid blow 着着实实的一击。 be [go] solid for [in favour of] 团结一致援助[拥护、赞成]。 be solid with 〔美俚〕确实可以得到…的援助[拥护]。 get solid with 〔美俚〕得到…的宠信。 n. 固体;【火箭】固体燃料,火箭火药;【数学】立体。 adv. 一致。 adv. -ly ,-ness n.
Hysteresis of contact angle at liquid - solid interface 接触角滞后现象的理论分析
The velocity equation of stoneley waves at a liquid - solid interface 固体分界面处斯通利波的波速方程
6 . the melting of the grain boundary is the reason of the semi - solid grain globalization , and its control factors were the atomic diffusion velocity and the liquid - solid interface curvature 6 、半固态晶粒球状化的基本原因是晶界熔化,其控制因素是因液界面处原子扩散迁移的速度和界面曲率。
J . b . wang and g . w . yang , phase transformation between diamond and graphite in preparation of diamonds by pulsed - laser induced liquid - solid interface reaction , j . phys . : condensed matter 11 ( 37 ) , 7089 ( 1999 ) 王金斌,杨国伟,脉冲激光诱导液-固界面反应合成金刚石纳米晶中的结构相变模型,高压物理学报, 13 , 147 ( 1999 )
The bionic non - smooth technique was applied to the centrifugal water pump to modify the liquid flow structure in the pump to reduce the hydraulic drag in the liquid - solid interface , resulting in the enhancement of the pump efficiency 摘要基于仿生非光滑技术,通过改变离心式水泵中液体的流动结构降低固液界面的阻力,研究了水泵的增效问题。
This model is represented by a superposition of gaussian beams , and can simulate the wave fields of planar or focused transducers radiating at oblique incident through a curved fluid - solid interface . the mgb model is highly efficient and can be easily implemented on an ordinary personal computer 该模型是由一系列高斯声束叠加而成,可模拟直探头和聚焦探头水浸检测斜入射时的声场分布,计算效率高,易于在个人计算机上实现。
Conjugate heat transfer calculation was carried out , with simple algorithm , studied up on boundary condition and modified pressure adapting algorithm , to give prediction on velocity field inside the disk cavity , the whole temperature field including fluid region and solid region , and heat transfer coefficient at fluid - solid interface . the simulation results indicate , ( 1 ) in rotor - stator disc cavity , the secondary flows near rotating disc stronger than which near state disc , keeps temperature of rotating disc lower than state disc ' s 为了使计算方法得到更多的算例验证,本次研究做了若干算例,文中选出其中四个算例进行分析,计算结果表明: ( 1 )在转静盘腔结构中,转盘表面的二次流大部分区域都比静盘表面的要强,所以转盘表面换热情况较好,转盘的总体温度水平要低于静盘。
The globalization course was that the preformed texture recrystallized and became the granular equiaxed grain , when the temperature rose and the holding time prolonged , the granular grain melted at some area and at the liquid - solid interface the grain globalized at the role of the curvature overheated 过程机制为:挤压形变组织在加热过程中首先发生再结晶长大变为颗粒状等轴晶;随温度升高和保温时间延长,等轴晶发生局部熔化,液固界面的曲率过热使晶粒外形向球状转变。
Moreover , nh3 gas from dissociation of ( nh4 ) 3zncl5 , analogous to the inert gas , can adjust the growth rate of znse and stabilize the vapor - solid interface , and avoid the difficulties of the non - emerging of sen ( n = 2 ~ 8 ) in selenium vapor . above all , ( nh4 ) 3zncl5 is a novel transport agent with comprehensive advantages 此外,该输运剂可提供类惰性气体nh _ 3而稳定气固生长界面,并可避免了se _ n ( n = 2 - 8 )共存所导致的se _ n相互竞争降低se分压等工艺问题,是一种多功能的znse晶体气相生长输运剂。
Abstract : a new simulating method is established for the calcul ation of the hardness profile of high - carbon - concentration deep - carburization , on the basis of analyzing this process and taking into account the influence o f carbide solution and dissolution , carbon - concentration and temperature on the diffusion behavior , and the influence of the environment factor on carbon trans fer through the gas - solid interface 文摘:在对高浓度深层渗碳的特点进行分析的基础上,考虑到碳化物的析出与溶解、温度及碳浓度对扩散行为的影响,气氛环境对相界面碳传递过程的影响,淬火烈度对渗碳层冷却效果的影响,提出了一种新的模拟高浓度深层渗碳渗层硬度分布的方法。