- 更多网络例句与补偿节相关的网络例句 [注：此内容来源于网络，仅供参考]
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As a thermal compensation device, bellows expansion joints can compensate for the pipeline's thermal growth and the equipment's movement, and absorb the pipeline's vibration, which have characteristics such as simple assembly, good airtightness, a small area coverage, durability, reliable quality, large compensation quantity, and so on.
波形膨胀节作为热补偿元件，能够补偿管道的热变形、机械位移和吸收管线振动，具有装配简单、气密性好、占地面积小、工作可靠、补偿量大等优点，在航空航天、核电、石油化工、水利、城建、电力、冶金等领域得到了广泛应用。
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The doctrine of Buddhism asserts that if a Buddhistical practitioner is going to realize his own mind, he must direct his attention toward his mind and must not get entangled with the right and wrong of the problems.
由此观之，「无过失」观念及「无过失补偿」制度实与佛法追实相求真理的「不思善，不思恶」及「真指人心，见性成佛」相合，两者都是要直指问题的根本，直接给予问题最实质的解决，而不被「是非善恶、责任归属」等枝微末节问题妨碍，得不到解决问题的最佳方案。
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The modification of address constants to compensate for a change in origin of a module, program, or control section.
修改一个模块、程序或控制节中的地址常数，以补偿它们起始地址的改变。
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F. pumila had the strongest capacity to adhere to walls, and it formed a quite good covering landscape by means of a large quantity of adventitious roots. Furthermore, it was tolerant to shade, and the effects of shading on its growth and landscape covering were very small. P. heterophylla had the rapidest growth and covering speed, and it adhered to walls by adhesive discs, but was defoliated in winter or after a long period of shading. The other three vines climbed walls using adventitious roots, and their adhering capacities were all relatively poor. However, E. fortunei still formed a relatively good covering due to its rapid growth and emerald leaf colour. After shading for four months, leaves of F, pumila, C. grandiflora, and P. serpens became thin, and accordingly their leaf weight per unit area significantly decreased. Shading also reduced chlorophyll contents of C. grandiflora and E. fortunei but enhanced those of F. pumila and P. serpens, It did not influence leaf thickness, leaf weight or chlorophyll content of P. heterophylla. Whether shaded or not, the relationship between Pn and PAR for each species could be expressed as y=alnx+b, and furthermore there was a significant (P.01) correlation between them. Pn and LCP values for all five lianas also significant (P.01) correlated. Shading reduced LCP values of P. heterophylla, C. grandiflora and E. fortunei but increased LSP of F. pumila.
结果表明，1薛荔对墙体附着力最强，它依靠大量的不定根吸固在墙体上，形成很好的覆盖效果，而且薜荔耐荫，遮光对其生长与覆盖的影响很小；爬墙虎的生长与覆盖速度最快，它主要依靠吸盘吸固墙壁，但在冬季或长时间遮光后出现明显落叶现象，影响其覆盖景观；其他3种都依靠不定根沿墙面攀援，附着力相对较差，但扶芳藤由于生长较快，叶色终年保持翠绿，也能形成相对较好的覆盖效果；2遮光4个月后，薛荔、凌霄和蔓九节的叶片变薄，相应地这3种植物单位面积的叶片重量都显著减轻；遮光还使凌霄和扶芳藤的叶绿素含量减少，使薛荔和蔓九节的增加，但对爬墙虎的叶片厚度、叶重和叶绿素含量都不产生明显影响；3无论遮光与否，5种植物的Pn与PAR之间的关系都可用y=alnx+b表示，并且都达极显著相关，Pn与光补偿点之间亦呈极显著相关；遮光还使爬墙虎、凌霄和扶芳藤的LCP下降，并使薛荔的光饱和点升高。
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Actually Chinese Hungry Ghost Festival is not that scary, it was actually a festival for us to remember our ancestor, pray for good wealthiness for them in heaven or hell and also a chance to give them what we didn't give while they're still alive.
其实盂兰节并不是那麽可怕，盂兰节的目的是要我们怀念已经不在世的祖先，报答他们"前人种树；后人乘凉"的恩惠，或是给自己一个机会补偿之前他们在世时我们没有做到的孝顺。
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The susceptance of the capacitor and the ration of the OLTC are regarded as control variables in the reactive power optimization to overcome the disadvantages in application of equal wastage ration method in distribution network.
传统的无功优化技术是以等网损微增率方法为基础的[1]，其主要优点是简单、有效，但对于配网来说，却存在两个主要缺陷：由于配网总的无功最优补偿容量无法确定，所以等网损微增率方法无法得到一个较优的补偿方案；在配网的实际运行中，当电压偏差较大时，有载调压变压器往往作为凋节电压的手段而对无功功率的分布产生影响，使得等网损微增率方法难以实现。
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The remedies provided in this Section 9.2 will not be exclusive of or limit any other remedies that may be available to the Investor or the other Indemnified Persons .
在本第9.2 节中规定的补偿将不排除或不限制可向投资者和其他被赔偿人作出的任何其它补偿。
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BW-WJ universal angular corrugated compensator is made up of structures such as one (or more the two namely composite universal angular type) bellows, forelock, axis, hinge plate, universal loop and standing board etc. It can absorb angular displacement in any plane and bear the pressure or thrust of the bellows. When large compens-ation is required, two or more compensator can be assembled and utilized in series. Besides, the product can also be pre-pressed, pulled or reversed when installed.
BW-WJ型万向角向型波纹补偿器由一个（或二个及以上，即复式万向角向型）波纹管、销、轴、铰链板、万向环和立板等结构件组成，能吸收任意一平面内的角位移并能承受波纹管压力推力的膨胀节，当需要大补偿量时，可采用两个或以上组合分段串联使用，并对产品预压缩、拉伸或扭转安装。
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Furthermore, myogenesis was not affected in the FoxD5 morphants, owing to the results of myf5 downergulation in somites and myod upregulation due to the knockdown of myf5, and therefore resulted in myogenin normal expression. In addition, FoxD5 was upregulated in the FoxD3-knockdown embryos, suggesting that FoxD5 might compensate the functions of FoxD3 in the PSM.
进一步观察体节后期分化之肌肉发育，发现在FoxD5 morphants中虽然myf5在体节的表现下降却由表现上升的myod所补偿，因而使得myogenin的表现没有发生变化，显示FoxD5 morphants之肌肉发育没有受到影响；而观察抑制FoxD3的胚胎中，FoxD5在新生成体节中会有表现异位的表现，显示FoxD3在PSM之功能可能由FoxD5来补充。
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The experimental and analytical results show that the axial rigidity of the corrugated pipe is 23.0 percent of the bare pipe with the same thickness and diameter,and the thermal compensation performance of the former is 2.27 times the latter's under equal-stress condition.By using corrugated pipe bundle instead of the bare pipe bundle with the same stiffness as its tube sheet,the axial thermal compensation can be increased by 40.4 percent,and the corresponding pulling-out force is 53.2 percent of that of the bare pipe bundle.
研究结果表明，波节换热管单管的刚度为相应光管的23.4%；在最大应力相同的条件下，波节换热管的轴向热补偿量为相应光管的2.27倍；在光管管束与壳体等刚度条件下，用波节管管束代替光管管束，轴向热补偿量可提高40.4%，相应的拉脱力为光管管束的53.2%。
- 更多网络解释与补偿节相关的网络解释 [注：此内容来源于网络，仅供参考]
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givey：易塌陷的, 易弯曲的
expansion joint 伸缩接头, 伸缩节, 补偿节, 膨胀节[缝], 补偿器 | givey 易塌陷的, 易弯曲的 | be in the secret 知道内情
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expansion pipe bend：伸缩管弯
expansion pipe ==> 补偿管,膨胀管,膨胀接头,膨胀节,伸缩管 | expansion pipe bend ==> 伸缩管弯 | expansion plan ==> 扩展计划
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expansion coupling：胀缩[补偿]联轴节
peak form 峰形 | expansion coupling 胀缩[补偿]联轴节 | catenary of equal resistance 等阻悬链线, 等阻悬索线
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expansion coupling：胀缩联轴节
expansion compensation 膨胀补偿器 | expansion coupling 胀缩联轴节 | expansion curve 膨胀曲线
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expansion fit：胀紧配合
expansion appliance 膨胀补偿器 | expansion fit 胀紧配合 | expansion joint 膨胀节
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slip coupling：滑动接筒; 滑动联轴器
sliding disc coupling 滑盘联轴器 | slip coupling 滑动接筒; 滑动联轴器 | slip joint coupling 补偿联轴节
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slip joint coupling：补偿联轴节
slip coupling 滑动接筒; 滑动联轴器 | slip joint coupling 补偿联轴节 | slot coupling 槽隙耦合