1)NaCl固态NaCl
1.THE SYNERGETIC EFFECT OF NaCl AND WATER VAPOR ON THE CORROSION BEHAVIOR OF PURE Ni AT 600℃-700℃;纯Ni在600℃～700℃固态NaCl和水蒸气综合作用下的腐蚀行为
2)sodium chlorideNaCl
1.Effect of sodium chloride and sodium sulfate on the seed germination and seedlings establishment of Chinese dandelion;NaCl和Na_2SO_4胁迫对蒲公英种子发芽及成苗的影响
2.The influence of three different salts on the forming of granular resistant starch was studied and the results showed that the optimum amount of sodium chloride and potassium chloride content was 20% and 12% respectively.文中考察了盐(NaCl、KCl和CaCl2)对颗粒态抗性淀粉形成的影响,得出NaCl和KCl的最适添加量分别为20%和12%,而CaCl2的添加对抗性淀粉形成不利。
3.High-amylose cornstarch was used as material to study on effects of concentrations of sodium chloride and glucose on the formation of RS.以高直链玉米淀粉为试材,分别研究了NaCl浓度和葡萄糖浓度对抗性淀粉形成的影响,发现当NaCl浓度提高到10%以上时,抗性淀粉得率从10。
英文短句/例句
1.Experimental Study on Fire Extinguishment of Water Mist Containing NaCl Additives;含NaCl添加剂细水雾灭火的实验研究
2.Pitting Features of 1Cr18Ni9Ti Stainless Steel in the NaCl Solution;1Cr18Ni9Ti不锈钢在NaCl介质中的点蚀特征研究
3.Corrosion Studies on Pure Aluminum in Aqueous Neutral Sodium Chloride Solutions;纯铝在中性NaCl溶液中的腐蚀研究
4.Study on Photoprotective Mechanisms under Salt Stress in Kosteletzkya Virginica(L.) Presl;NaCl胁迫下海滨锦葵光保护机制的研究
5.First-Principles Calculations for Physics Properties of Pu、NaCl and SrO;Pu、NaCl和SrO的物性的第一性原理计算
6.Effect of NaCl on Photosynthesis of Limonium Bicolor;NaCl对二色补血草光合作用的影响
7.Effects of Exogenous Ca～(2+) on in Vitro Pollen Germination under Salt Stress;外源钙在NaCl抑制花粉萌发中的作用
8.Effect of NaCl on the Photosynthesis of Kosteletzkya Virginica (L.) Presl;NaCl对海滨锦葵光合作用特性的效应
9.Effects of NaCI on Cell Defense Enzymes in Zea mays;NaCl对玉米细胞保护酶同工酶的影响
10.Effect of NaCl on the Mitosis of Root Tip Cells of Garlic;NaCl对大蒜根尖细胞有丝分裂的影响
11.The Effect of NaCl Treatment on Trees Physiological Index;NaCl处理对苗木及其生理指标的影响
12.Effects of NaCl on Photosynthesis;NaCl胁迫对植物光合作用的影响
13.Molecular_dynamics Simulation Study of Molten NaF-NaCl Mixtures;NaF-NaCl熔融系统的分子动力学模拟
14.Effects of Lead and NaCl Stress on Physiolagical Respense of Hydrangea Macrophylla铅与NaCl胁迫对八仙花抗性生理的影响
15.Effects Research of Rotational Electromagnetic Field on NaCl Solution Activity旋转电磁场对NaCl溶液活度影响的研究
16.Responses of Two Broussonetia Papyrifera Varieties to NaCl Stress构树和光叶楮对NaCl胁迫的响应
17.Study on the Physiological and Biochemical Characteristics of Zelkova Schneideriana under the NaCl StressNaCl胁迫下榉树生理生化特性的研究
18.Research on Collision Nucleation Rule of NaCl and Crystallization Process of KClNaCl碰撞成核规律与KCl结晶过程的研究
相关短句/例句
sodium chlorideNaCl
1.Effect of sodium chloride and sodium sulfate on the seed germination and seedlings establishment of Chinese dandelion;NaCl和Na_2SO_4胁迫对蒲公英种子发芽及成苗的影响
2.The influence of three different salts on the forming of granular resistant starch was studied and the results showed that the optimum amount of sodium chloride and potassium chloride content was 20% and 12% respectively.文中考察了盐(NaCl、KCl和CaCl2)对颗粒态抗性淀粉形成的影响,得出NaCl和KCl的最适添加量分别为20%和12%,而CaCl2的添加对抗性淀粉形成不利。
3.High-amylose cornstarch was used as material to study on effects of concentrations of sodium chloride and glucose on the formation of RS.以高直链玉米淀粉为试材,分别研究了NaCl浓度和葡萄糖浓度对抗性淀粉形成的影响,发现当NaCl浓度提高到10%以上时,抗性淀粉得率从10。
3)(NaCl) Isothermal equation of stateNaCl等温物态方程
4)3.5% NaCl3.5%NaCl
1.Effect of Heat Treatment on Corrosion Property of CuZnAl Alloy in 3.5% NaCl Solution;热处理对CuZnAl合金在3.5%NaCl溶液中腐蚀性能的影响
5)solid state固态
1.Study on Lanzhou operating method of solid state fermentation in vinegar making;兰州操作法固态发酵制醋的探讨
2.Study on a new method for synthesis of benzothiazoles through grinding in solid state;2-取代苯并噻唑的固态合成研究
3.The process of CO 2 circulation gas stripping ethanol fermentation (GSEF) in solid state medium was researched in this paper The results showed that 7 2% ethanol was gained by using CO 2 circulation gas stripping ethanol fermentation, the rate of converting starch to ethanol was 84 0%, and the fermentation temperature was effectively controlled with this proces对固态基质CO2 循环气载乙醇发酵分离耦合过程进行了初步研究。
6)Solid-state[英]['s?lid,steit][美]['sɑl?d,stet]固态
1.Development on the Intelligent Solid-State Transfer Switch Based on CPLD基于CPLD的智能固态转换开关的研制
2.Analysis and design of solid-state power synthesizing system based on the slotted waveguide are introduced and the specific simulated data is given.介绍一种基于裂缝波导固态功率合成系统的分析与设计,并给出具体仿真数据。
3.We depend on the foreign technology for the broadband solid-state high power amplifier for reconnaissance and communication.由于器件和技术的原因,通信侦察的大功率宽带固态功放对国外有着很大的依赖性。
延伸阅读
半固态成形锭坯铸造半固态成形锭坯铸造billet casting for semisolid forming banguta.Chengxlngd旧gPi Zhu之ao半固态成形锭坯铸造(billet casting for、e-misolid forming)一种生产具有细小的均匀的球状等轴晶粒组织的、供半固态模锻用锭坯的铸造工艺。这种工艺生产的锭坯又称半固态成形用材料(SSM，semisolid material)。这种材料的生产工艺有电磁流体动力学铸造法(即电磁搅拌法，简称MHD法)、应变诱导熔化法(简称SIMA法)、机械搅拌法、化学晶粒细化法、形变热处理法和奥斯普雷(Osprey)法(即喷射沉积法)等多种，其中只有前两种进入了商业化生产阶段。 1978年，美国阿卢马克斯工程金属工艺公司(AEMP)最先采用电磁搅拌法(图l)以工业规模铸出适合半固态加工的锭坯。此法电磁感应线圈产生的电磁场对凝固中的铝熔体进行强力搅拌，将结晶的树枝状晶的“枝”与“叉”打落，从而形成细小的等轴球状晶组织。控制电磁场强弱、电磁线圈高度、铸造速度、冷却强度等工艺参数，就可控制晶粒大小。20世纪90年代初，维维斯(C .vives)发明了旋转永久磁铁电磁搅拌铸造法(图2)，此法转子结构简单、体积也不大、可装于现有的铸造机上，转子高度可达700mm，有利于延长搅拌时间，进一步改善铸锭组织;电能消耗低，平均为Zkw·h/t锭;设备造价低;不但可铸圆锭，且可铸扁锭和空心锭等。 暴/’ 乏踢乞4 寻 图1电磁搅拌立式半连续铸造半固态加工圆锭示意图 1一铝熔体;2一电磁搅拌线圈;3一结晶器; 4一二次冷却水;5一ssM锭 电磁搅拌铸造法对铸造直径<40mm的SSM锭有困难，为此，半固态加工几十克重的零件用的坯料用SIMA法生产。该法的工艺是，对热挤压或热轧的直径较大的棒材施加相当大的冷变形，然后把它加热到固相线与液相线之间的某一温度，即固一液状态，保温一定的时间，凝固后就可形成具有均匀球状晶粒的SSM坯料。这种获得半固态成形锭坯的工艺，目前还不能从理论上给予圆满的解释，但一般认为是由于回复与再结晶的结果。 采用机械法搅拌熔体也可获得等轴球状晶粒组织，锭坯，不过晶粒较粗大，一般平均尺寸约为2。。拜m。化学晶粒细化法是向铝熔体中添加Al一Ti一B中间合金来细化变形铝合金晶粒。形变热处理晶粒细化法是对热加工的铸造材料施加一定量的冷变形，而后把它加热到再结晶温度以上的某一温度，保温适当的时间，通过回复与再结晶，形成适合于半固态加工的细小的等轴球状晶组织。此法与SIMA法的基本区别是，前者的加热温度低，而后者的加热温度则相当高。奥斯普雷法又称喷射沉积法，也可用于生产SSM坯料。熔融金属_.2二瞧 _J卫臻斗4匕撑泌谁蛋乙习4洪翎4一64厂了飞「二弋以，二三朋一下月 4。”鄂8 b 图2旋转永久磁铁电磁搅拌半连续 铸造半固态加工圆锭示意图 a一俯视图，b一正视图 1一铝熔体;2一凝固着的铝熔浆.3一SsM锭;4一结晶器， 5一分流盘;6一永久磁铁，7一冷却水，8一铸造机锭座通过气体(氮或氢)雾化形成液滴流，以一定的速度冲·向下方的成坯盘，直径约1。即m的液滴在向下运动过程中，受到惰性气流冷却，表面温度迅速下降，发生凝固，形成外壳，而沉积时由于撞击，外壳破裂，内部正在凝固的树枝状晶破碎，形成非常细小的球状等轴晶。 (王祝堂)
