翅片间距,fin pitch
1)fin pitch翅片间距
1.An experimental study was conducted to investigate the airside heat transfer(Nu) and pressure drop characteristics(f) of slit fin-tube heat exchangers at variousfin pitches(1.通过干/湿交替循环试验得到换热器性能的评价方法,并使用该方法对不同翅片间距的开缝翅片管换热器进行试验,分别研究了翅片间距和空气侧流体的雷诺数(Re)对换热器的换热及其压降特性的影响。
英文短句/例句
1.Numerical simulation of the new fin tube heat transfer performance effected by fin spacing翅片间距对新型翅片管换热性能影响的数值模拟
2.Numerical study about influence of fin spacing on the performance of single row tube翅片间距对单排管性能影响的数值研究
3.The influence of the tube pitch on the heat transfer and flow resistance performance of the finned tube heat exchanger管间距对翅片管换热器热力性能的影响
4.Effects of intermittent operation on long-term performance of finned coil type evaporator间歇运行对翅片管式蒸发器长效特性的影响
5.Numerical Simulation on Flow and Heat Transfer of Flat Tubes with Discontinuous Wavy Fins间断波纹翅片扁平管流动与换热的数值研究
6.pressing process of heat exchange plate or fin换热板片或翅片的冲压
7.Impact of Interim Running on Heat Flow Rate and Pressure Drop of Finned-Tube Heat Exchangers间歇运行对翅片管式蒸发器长效换热和压降特性的影响
8.NUMERICAL STUDY OF DISCONTINUOUSLY CORRUGATED-FIN FLAT TUBES FOR DIRECT AIR COOLED CONDENSERS直接空冷凝汽器间断波纹翅片式扁平管的数值研究
9.SPACE FLUCTUATION PARAMETERS AND ITS APPLICATION IN CONFIGURATION OPTIMIZATION DESIGN FOR SLOTTED FIN SURFACES空间波动参数在开缝翅片结构优化设计中的应用
10.interalar space翅间背板(晴蜓目)
11.Total Indicator Reading( TIR)- The smallest distance between planes on the surface of the wafer.总计指示剂数(IR)-晶圆片表面位面间的最短距离。
12.30μm/25μm Line/Spacing COF Fine Line Production with Conventional Method片式减成法30μm/25μm(线宽/间距)COF精细线路的制作
13.TUBE PITCH EFFECT ON HEAT TRANSFER LOCAL CHARACTERISTICS OF FLAT TUBE BANK FIN MOUNTED WITH VORTEX GENERATORS横向管间距对涡强化扁管管片局部传热的影响
14.Measurement on Pearlite Spacing of T12 Steel with Probability Distribution MethodT12钢中珠光体片层间距的概率分布测量法
15.high frequency welded spiral fin tube高频焊接螺旋翅片管
16.mesosternal episternum(鞘翅目) 中胸腹前侧片
17.mesosternal epimeron(鞘翅目) 中胸腹后侧片
18.A spur or spurlike projection, such as one found on the base of a petal or on the wing or leg of a bird.距骨或距状突起距骨或距状突起，如花瓣根部和鸟的翅膀或腿部
相关短句/例句
Lamellar Spacing层片间距
1.The influences of sample thickness on the anisotropy effect of interface energy and the adjustment mechanism of lamellar spacing in the initial transient of eutectic solidification were investigated.7％C2Cl6(摩尔分数),对共晶合金定向凝固界面演化进行了实时观察,研究了初始非稳态凝固过程中试样厚度对于共晶合金界面能各向异性效应及层片间距调整机制的影响规律。
2.The effect of cooling rate on eutectic crystallization undercooling,eutectic lamellar spacing and size of eutectic colony was studied and analyzed with theory.考察了冷却速度对共晶结晶过冷度、共晶层片间距和共晶团大小的影响,并从理论上进行了解析推导。
3.It is important to control the lamellar spacing of fully la mellar TiAl alloy for improving its mechanical properties.利用光学显微镜 (OM)和TEM ,研究了全层状TiAl合金的层片间距的影响因素及与各因素的关系。
3)lamellar spacing片层间距
1.By multiphase field model method,the unidirectional solidification of eutectic alloy CBr_4-C_2Cl_6 is simulated,and the adjustment oflamellar spacing and morphology evolution have been investigated under three schemes of variable pulling speed, i.利用多相场模型模拟了共晶合金CBr4-C2Cl6定向凝固变速生长过程,研究了阶跃变速、线性变速以及震荡变速三种变速条件下共晶片层间距的调整以及形态的变化。
2.The results show that small Cr addition in steel can decrease thelamellar spacing of pearlite, and markedly increase strength and hardness with almost the same ductility and toughness, and accordingly improve wear and shelling-resistance of wheel steel.实验结果显示,加入微量的铬,可以细化珠光体的片层间距,在保持韧塑性基本不变的情况下,显著增加材料的强度和硬度,从而提高车轮钢的耐磨性和抗剥离性能。
3.Furthermore, the relation betweenlamellar spacing and growth velocity corresponds to λv 1/2 =(216±42)μ m 3/2 ·s -1/2 where the constant is larger than other eutectic systems.０ｍｍ/ｓ时，出现片层状类共晶生长，且片层间距和生长速度的关系很好地符合λｖ１/２＝（２１６±４２）μｍ３/２·ｓ－１/２关系，该数值与多数共晶系相比偏高。
4)interlamellar spacing片层间距
1.Its fatigue life is marked influenced by theinterlamellar spacing.作者从对具有不同片层间距的珠光体团的有限元分析结果出发,定性分析了层间距对其力学性能及疲劳寿命的影响机制。
5)distance between two hulls片体间距
6)fin-pitch肋片间距
1.Experimental investigations on the effects offin-pitch on the performance of cooling coils;肋片间距对表冷器性能影响的实验研究
延伸阅读
氨酚伪麻片（日片）与氨苯伪麻片（夜片）药物名称：氨酚伪麻片（日片）与氨苯伪麻片（夜片）英文名：Compound paracetamol Combination Tablets汉语拼音：主要成分：日服片：对乙酰氨基酚、盐酸伪麻黄碱；夜服片：对乙酰氨基酚、盐酸伪麻黄碱、盐酸苯海拉明。性状：日服片为白色，夜服片为蓝色。药理作用：动物试验表明本品具有解热、镇痛、镇静作用，另可降低鼻气道阻力及粘膜血管的通透性。药代动力学：适应症：用于治疗感冒引起的发热、头痛、四肢疼痛、鼻塞、流涕、喷嚏等症状。用法与用量： 白天服日服片，每日二次（8小时一次），每次1～2片。 晚上睡前服用夜服片，一日一次，每次1片。不良反应：偶见。为轻度口干、口苦、上腹不适、困倦、多汗等。禁忌症：对（包括日服片和夜服片）组分过敏者禁用。注意事项： 1.每日不超过8片，疗程不超过7天。超量服用可产生头晕、失眠、神经质等症状。 2.心脏病、高血压、甲亢、糖尿病、青光眼、肺气肿等呼吸困难、前列腺肥大伴排尿困难者不宜服用。 3.避免与降压药或抗抑郁药同时服用，服药期间避免饮酒。 4.孕妇、哺乳期妇女使用前应咨询医生。 5.服用本品若症状未改善或伴高热，应及时停药。 6.对麻黄碱药理作用敏感者及老年人慎用。12岁以下儿童不宜服用。 7.夜用片服药期间可引起头晕、嗜睡，故不宜驾车、高空作业及操纵机器。规格：每片含 日服片 夜服片 对乙酰氨基酚 0.325g 0.5g 盐酸伪麻黄碱 30mg 30mg 盐酸苯海拉明贮藏：遮光，密闭保存。有效期：暂定二年。处方药：是
