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冷却速度     
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  cooling rate
     Effect of Cooling Rate and Additive on Phase Separation of SiO_2Al_2O_3CaO(MgOFe_2O_3Na_2O) System Glass
     冷却速度和添加剂对SiO_2-Al_2O_3-CaO(MgO-Fe_2O_3-Na_2O)系玻璃分相的影响
短句来源
     Effect of Cooling rate on Microstructure of Alloy Ti-3Al-10Nb-3V-1Mo
     冷却速度对Ti_3Al-10Nb-3V-1Mo合金组织的影响
短句来源
     Effect of cooling rate on primary phase constitutes of Al-8.5Fe-1.3V-1.7Si alloy
     冷却速度对Al-8.5Fe-1.3V-1.7Si合金主要相组成的影响
短句来源
     The results show that F+P are obtained with the cooling rate of 1℃/min~10℃/min;
     结果表明,在冷却速度为1℃/min~10℃/min时可获得F+P;
短句来源
     Effect of Quenching Cooling Rate on Microstructures and Properties of ZG30Si2Mn3B
     淬火冷却速度对ZG30Si2Mn3B组织和性能的影响
短句来源
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  cooling speed
     The plasticity and ductility come up to the standard value, at cooling speed of 5℃/s, 15℃/s and 38℃/s, yield-strengths make the grade of 35kgf/mm2, 40kgf/mm2 and 45kgf/mm2; respectively.
     冷却速度为5℃/s、15℃/s,38℃/s时,其屈服强度分别可达到35kgf/mm2,40kgf/mm~2、45kgf/mm~2的级别。
短句来源
     From the experimental result it shows: when the cooling speed≥10℃/s, σs will completely reach and exceed class X_(70), △σs may reach 8.5kgf/mm~2 as compared with the air cooling conditions (1℃/s).
     实验结果表明,当冷却速度≥10℃/s时,σs完全达到并超过X_(70)级,同空冷条件(1℃/s)相比,△σ_s可达8.5kgf/mm~2。
短句来源
     The influence of Cooling Speed of W6Mo5Cr4V2 By Vacuum Quenching on Its Microstructure and Hardness
     W6Mo5Cr4V2真空淬火冷却速度对组织和硬度的影响
短句来源
     the cooling speed is20℃~40℃/s;
     冷却速度为20℃~40℃/s;
短句来源
     The effect of water ratio in secondary cooling zone on billet cooling speed, solidification structure and center carbon segregation index of 0.64% - 0.82%C steel 150 mm×150 mm billet casting with 250A/5Hz electromagnetic stirring has been tested.
     试验了250A/5Hz电磁搅拌连铸150 mm×150 mm方坯时二冷比水量对0.64%-0.82%C钢铸坯冷却速度、凝固组织和中心碳偏析的影响。
短句来源
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  cooling velocity
     The data obtained by a test are as follows: Under the conditions that the reeling temperature and cooling velocity were 600℃, 9℃/s or 630℃, 19℃/s respectively, the steel exhibited a good mechanical performance, that is ab = 60kg/mm2, τs =50kg/mm2, aK-40=7.5kg. m/cm2, and completely reached the level of class X70.
     通过试验得到以下这些数据:卷取温度:600℃,冷却速度:9℃/s和卷取温度:630℃,冷却速度:19℃/s的条件下,就可以得到好的机械性能,σ_b=60kg/mm~2,σ_s=50kg/mm~2,α_(K-40℃)=7.5kg·m/cm~2,完全达到了X70级的水平。
短句来源
     Microstruetures and cooling velocity of Al-8Pb-3Si-2Sn-lCu monotectic alloy by rotating molten metal were investigated.
     研究了用旋转造粒法制备Al 8Pb 3Si 2Sn 1Cu合金颗粒的冷却速度与微观组织。
短句来源
     It is found that increase of shear stress and cooling velocity may benefit the enhancement of mechanical properties . The notched impact strength,tensile strength and elongation at break of PP/UHMWPE composites with composition ration of 90/10,can be 88.6kJ/m 2,45 1kpa,and 570%,respectively and correspondingly being 3.5,1.5 and 2.5 time of the value for PP 1330 However.
     发现提高剪切力 ,加快冷却速度均有利于力学性能的提高 ,配比为 90 / 10的PP/UHMWPE的缺口冲击强度、拉伸强度和断裂伸长率可达 88 6kJ/m2 、45 1MPa和 570 % ,分别是PP 1330的 3 5倍、1 5倍和 2 5倍 ;
短句来源
     When the thickness of the sand layer is natural, the cooling velocity of casting is increased with the reduced thickness;
     当覆砂层厚度在正常的尺寸范围之内,铸件的冷却速度随着覆砂层厚度的减少而增大;
短句来源
     Using FT age combined with results of multiple diffusion domain (MDD) model of K feldspars a slow cooling process among 150~110℃ and cooling velocity of 3.4~9.5℃/Ma are obtained.
     结合已有的钾长石多重扩散域(MDD)模式结果,得到该段150℃至110℃温度范围的冷却过程(冷却速度为3.4~9.45℃/Ma)。
短句来源
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  cooling rates
     The results show that the different cooling rates can be attained by adjusting the concentration of SST102, the best concentration for GCr15 is 1.5 %-2.0 % .
     结果表明,适当调整SST_(102)的浓度,可获得不同的冷却速度,适合轴承钢GCr15淬火介质的最佳浓度为1.5%~2.0%。
短句来源
     The results show that the different cooling rates can be attained by adjusting the concentration of SST102. The best concentration for 40Cr is 1. 0 %~1. 5%.
     实验结果表明,适当调整SST102的浓度,可以获得不同的冷却速度,作为调质钢40Cr淬火介质的最佳浓度为1.0%~1.5%。
短句来源
     For the Co-free MlNi4.0Al0.3Si0.1Fe0.6 alloys, prepared by conventional casting (as-cast) and melt-spinning with different cooling rates(5,10,15,20m/s), the phase structure and electrochemical properties of these alloys were comparatively studied.
     对MlNi_(4.0)Al_(0.3)Si_(0.1)Fe_(0.6)无Co合金,本文首先对比研究了铸态和不同冷却速度(5,10,15,20m/s)的快凝合金的相结构与电化学性能。
短句来源
     The differential scanning calorimeter (DSC ) analysis indicats that the melting point temperature and separating out temperature of eutectic are 345 ℃ and 328.7 ℃ respectively at heating and cooling rates of 15 K/min and 10 K/min.
     差热分析(DSC)表明,在加热和冷却速度分别为15K/min和10K/min时共晶组织的熔化温度为345℃,凝固析出温度为328.7℃。
短句来源
     Comparing with eutectoid steel,the microstructure of F+P+B was observed when the cooling rates down to 2.5 ℃/s,while the microstructure of F+B was obtained when the cooling rates ranging from 2.5 ℃/s to 25 ℃/s.
     在冷却速度小于2.5℃/s时,可以得到F+P+B组织,在冷却速度介于2.5℃/s~25℃/s之间时,可以得到F+B组织。
短句来源
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  cooling rate
The increase in the cooling rate can restrain the precipitation of the Ga-rich phase in the ribbon.
      
With a given law p=f(T), such parameters are the temperature Ts at the dew point and the mean cooling rate
      
The convective heat flux is mainly determined by the Rayleigh number and depends only slightly on the layer heating (cooling) rate.
      
Dependence of the Fluctuation Free Volume of Amorphous Substances on the Cooling Rate
      
The dependence of the fraction fg of fluctuation free volume (frozen at the glass transition temperature) on the cooling rate is determined using the Bartenev equation for the dependence of the glass transition temperature on the cooling rate.
      
更多          
  cooling speed
By controlling the cooling speed, the structure of gelatin gels can be dominated by either "coarse" or "fine" gel networks.
      
The pain level appeared to be inversely related to cooling speed.
      
Under slow cooling conditions, a larger finger (and in most cases hands) provides a higher heat content, thus giving a slower skin cooling speed.
      
This is attributed to the slower cooling speed of the 42-alloy lead-frame SOP than that of the Cu lead-frame SOP.
      
The apparent duration of the flattening process and the cooling speed, both determined from the pyrometer signals, were found to depend on the substrate conditions and to vary with coating thickness.
      
更多          
  cooling velocity
The effects of atomization gas on cooling velocity, morphology, microstructure and microhardness of powder and fine powder ratio were investigated.
      
The results show that the morphology, microstructure and microhardness of powder and fine powder ratio are affected by cooling velocity changed through atomization gas.
      
The cooling velocity of inert gas atomization is more than 1×104 K/s.
      
The larger the cooling velocity, the finer the powder, and the smoother the surface of powder; the smaller the diameter of powder, the larger the microhardness of powder.
      
Directional characteristics of V-shaped hot-wires at low velocities are investigated, and a generalized expression is derived for the effective cooling velocity.
      
更多          
  cooling rates
The morphology of the crystalline phases prepared at different cooling rates, temperatures, and compositions of melts in the ZrO2-Al2O3 system is investigated.
      
The resulting high heating/cooling rates of a PCR mixture in a microreactor allowed us to optimize the amplification mode (1 min/cycle).
      
The structure of lanthanum quenched from a liquid state at cooling rates of 2.5 × 105-107 K/s is investigated.
      
The chlorine concentrations necessary to obtain semi-insulating crystals were determined for various ingot cooling rates in the high temperature stage.
      
The differential thermal analysis was performed at different heating and cooling rates, namely, 40 and 80 K/min.
      
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