- 更多网络例句与不凝结的相关的网络例句 [注：此内容来源于网络，仅供参考]
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If the installation of vaccum system is not rational,it will make noncondensable air gathering and terminal difference increasing.
通过对托电一、二期4×600 MW机组的真空分析，找出了影响双背压机组低压凝汽器真空的主要因素为，抽真空系统设置不合理使不凝结气体聚集，导致端差增大，并通过试验验证了理论分析的正确性，进而提出了解决方法。
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The transverse wave disturbance along tangential base flow of circular vortex is discussed By using numerical method we study this instability of baroclinic flow which is mesoscale inertia wave instability on the cylindrical coordinate The influence of stratification stability N 2 , Coriolis parameter f 0 , the vertical shear of tangential wind z of the ambinent atmosphere and the latent heat on the growth rate of instability is studied From the above analysis and calculation, we can learn that there are Eady mode and mesoscale mode of transverse wave instability in circular vortex as well Furthermore we also learn that distribution character of mesoscale mode disturbance field of transverse wave instability, anomalistic "cats eye" structure of lower level and the character of the slowly spreading disturbance converges at low level and the quickly spreading disturbance converges at high level
作者中文名：李红金；陆汉城；宋晓亮；李鲲摘要：讨论涡旋大气中，存在沿切向基流传播的横波型扰动，并采用数值方法讨论了柱坐标系下圆形涡旋系统斜压气流中这类扰动的不稳定，这是一类中尺度的重力惯性波的不稳定。研究了涡旋环境大气的层结稳定度参数N2、切向风垂直切变Vz、凝结潜热、涡旋特性及科里奥利参数f0对不稳定增长率的影响。圆形涡旋中同样存在横波不稳定的Eady模态和中尺度模态，得到了中尺度模态的扰动场分布特征：流场的不规则"猫眼"结构及慢速传播的扰动均集中在低层，而快速传播的扰动均集中在高层的扰动特征。
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Lever Ball Float Steam Traps biggest advantage is not subject to pressure,temperature,cooling water flow fluctuations,continuous drainage,a water that row,the minimum cooling degree 0℃,能使best efficiency heating equipment;lever float steam trap valve seat total in the following level,forming awater seal,no steam leakage;itsPlug Valves minimum working pressure 0.01Mpa,the maximum back pressure rate of≤85%;interior with exhaust,lever float steam traps use the most advanced components as the automatic emptying of diaphragm valves,can automatically exclude non-condensing gas,very sensitive,high quality work and long service life.
杠杆浮球式蒸汽疏水阀的最大优点是不受压力、温度、冷凝水流量波动的影响，连续排水，有水即排，最小过冷度为0℃，能使加热设备达到最佳工作效率；杠杆浮球式蒸汽疏水阀的阀座总处于液位以下，形成水封，无蒸汽泄漏；它的最低工作压力0.01Mpa，最大背压率≤85%；内部带有排气装置，杠杆浮球式蒸汽疏水阀采用最先进的膜盒元件做为自动排空气阀，能自动排除不凝结气体，非常灵敏，工作质量高，使用寿命长。
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Any of a class of proteins found extensively in blood plasma, milk, muscle, and plant seeds that are insoluble in pure water, soluble in dilute salt solution, and coagulable by heat.
一类蛋白，广泛见于血浆、奶、肌肉和植物种子中，不溶于纯水，溶于稀盐溶液，受热凝聚coagulable可凝结的。
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There are two problems in open cycle OTEC, such as removing noncondensable gas from the system and designing low pressure turbine .
指出维持系统真空，抽除不凝结气体，以及设计制造低压透平是开式系统的两个特有的难题。
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The steam side heat exchange is a forced convective film condensation process of the flowing vapor, containing noncondensable gases. The flow filed and heat transfer behavior vary sharply along the cooling surface.
汽侧的凝结换热是存在不凝结空气的汽气混合物的强迫对流膜状凝结换热，流动与传热特性沿冷却表面变化剧烈。
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In addition, as the secondary steam get in direct contact with the ejection flow to carry out heat exchange, most steam is condensed into water, while the uncondensed small minority steam and the uncondensed gas will also get into friction, with the high speed water ejection, mixed and extruded, then discharged through diffusing pipe, thus to form up higher vacuum inside.
另外由于二次蒸汽与喷射水流直接接触，进行热交换，绝大部分的蒸汽凝结成水，小量未被冷凝的蒸汽与不凝结的气体亦由于与高速喷射水流互相摩擦，混合挤压，通过扩压管被排除，使器室内形成更高的真空。
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The congealing point of a substance, determined as described below, is the highest temperature, which remains constant for a short time, occuring during the solidification of the liquid.
凝点系指一种物质照下述方法测定，由液体凝结为固体时，在短时间内停留不变的最高温度。
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Lever Ball Float Steam Traps are not subject to the greatest advantage of pressure, temperature, condensate water flow fluctuations, continuous drainage, water that is exclusive, the Butterfly Valves minimum undercooling of 0 ℃, heating equipment can achieve the best efficiency; Lever Ball Float Steam Traps seat total in the level below, the formation of water seal, no steam leakage; its minimum working pressure 0.01Mpa, the biggest back-pressure rate of ≤ 85%; house with an exhaust device, lever float steam trap uses the most advanced components as the automatic emptying of diaphragm valves, can automatically rule out non-condensing gas, very sensitive, high-quality work and long service life.
杠杆浮球式蒸汽疏水阀的最大优点是不受压力、温度、冷凝水流量波动的影响，连续排水，有水即排，最小过冷度为0℃，能使加热设备达到最佳工作效率；杠杆浮球式蒸汽疏水阀的阀座总处于液位以下，形成水封，无蒸汽泄漏；它的最低工作压力0.01Mpa，最大背压率≤85%；内部带有排气装置，杠杆浮球式蒸汽疏水阀采用最先进的膜盒元件做为自动排空气阀，能自动排除不凝结气体，非常灵敏，工作质量高，使用寿命长。
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In some designs, the effect of spraying which advances the steam condensation is not all, or not fully, considered. In fact, the increased surplus steam dome volume due to this effect has been taken into consideration as a safety factor in the equipment design.
有些设计在计算中不考虑或不完全考虑喷水促进蒸汽凝结的作用，实质是将这种作用客观上所增加的多余蒸汽容积，作为设备设计的安全裕量。
- 更多网络解释与不凝结的相关的网络解释 [注：此内容来源于网络，仅供参考]
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noncondensing：不凝结的
noncondensing engine 不凝气性蒸汽机 | noncondensing 不凝结的 | nonconducting 不传导的
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noncondensing engine：不凝气性蒸汽机
noncondensable 不凝结的 | noncondensing engine 不凝气性蒸汽机 | noncondensing 不凝结的
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non condensable：不凝结的
non commercial energy 非商品能源 | non condensable 不凝结的 | non condensing engine 大气排出蒸汽机
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non condensable：不凝的
non-condensable gas 不凝气 | non-condensable 不凝的 | non-condensing 不凝结的
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incoagulable：不可凝结的 不能凝固的 不凝的 不凝结的
incoagulability不凝结性 | incoagulable不可凝结的 不能凝固的 不凝的 不凝结的 | incoagulableblood不凝血液
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noncondensable：不凝结的
noncondensable gas 不凝性气体 | noncondensable 不凝结的 | noncondensing engine 不凝气性蒸汽机
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uncoagulated：不凝结的, 不凝块的, 不凝聚的
momentary output 瞬时功率[容量] 短时出量 | uncoagulated 不凝结的, 不凝块的, 不凝聚的 | electronic angular momentum 电子角动量
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uncondensable：不可凝结的;不可冷凝的;不凝性的
uncompacted 未(经)压实的;不密实的 | uncondensable 不可凝结的;不可冷凝的;不凝性的 | uncondensed 不凝结的
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uncondensed：不凝结的
uncondensable 不可凝结的;不可冷凝的;不凝性的 | uncondensed 不凝结的 | unconfined 敞口的;松散的;无约束的
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undercool：过冷(液体 冷至冰点以下而不凝结)
undercooked 未煮熟的;未烹调好的 | undercool 过冷(液体 冷至冰点以下而不凝结) | undercuring 醃制不足;未醃透