- 更多网络例句与收缩效应相关的网络例句 [注：此内容来源于网络，仅供参考]
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The shrinkage effect interacts with the liquid wetting ability and the expansion effect induced by the mass flow, resulting in distinct bulgy structure in the cross-section of the film rim.
Marangoni流动引起的收缩效应与液体润湿性及流动压力的扩展效应相互作用，在液膜边缘形成了凸起区。
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EDD and NEDD of external iliac artery in vivo (measured with high-resolution ultrasound), serum lipids, NO, NOS, plasma ET, ADMA, symmetric dimethylarginine and L-arginine, the area of AS plaque in thoracic aorta (dyeing with Sudan Ⅳ), the degree of AS lesion in abdominal aorta and external iliac arteries, NOS activity on the wall of the abdominal aorta, the expression of iNOS mRNA and eNOS mRNA on the wall of the abdominal aorta and the contractive and dilatant functions of abdominal aorta and external iliac arteries in vitro; B. the activities of dimethylarginine dimethylaminohydrolase in kidney (including the establishment of the determining method). 3. In the third part of the study, normal aorta strips were used. The following were surveyed: their response to using ADMA alone, influence of treating with ADMA, intervention of polydatin, influence of using ADMA and PD together on Emax and Kd that were contracted by PE.
第5组为未给药组。2、观察指标：A、各组髂外动脉EDD和NEDD、血脂、血清NO和NOS活性、血浆ET、ADMA、SDMA和L-精氨酸水平、胸主动脉AS斑块面积、腹主动脉和髂外动脉AS病变积分、腹主动脉壁NOS组织化学染色和eNOS mRNA和iNOS mRNA表达及离体腹主动脉与髂外动脉舒缩功能。B、各组兔肾DDAH活性。3、离体做正常主动脉条对单用ADMA的反应、PD和ADMA对PE收缩效应的影响及PD预处理对受ADMA作用的正常主动脉条PE收缩反应的影响(包括对Emax和Kd值的影响)。
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Applying integral intermediate value theorem, new effective elasticity modulus expressions were presented, which creep aging coefficient can be calculated by the creep coefficient of intermediate time of incremental time segment. Creep and shrinkage strain were treated as a kind of compulsive strain. Compulsive strain methods were used for the analysis of creep effect and shrinkage effect about concrete curved box-girder bridge.
根据积分中值定理，推导了增量时间段中点时刻徐变系数等效弹性模量的计算式；将徐变和收缩应变视为强迫应变，推导了强迫应变法计算混凝土梁桥的徐变、收缩效应的分析方法，写出了混凝土桥梁的徐变、收缩时效分析有限元列式，并将此方法应用到曲线箱梁桥的时效分析中。
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Applying integral intermediate value theorem, new effective elasticity modulus expressions were presented, which creep aging coefficient can be calculated by the creep coefficient of intermediate time of incremental time segment.
根据积分中值定理，推导了增量时间段中点时刻徐变系数等效弹性模量的计算式；将徐变和收缩应变视为强迫应变，推导了强迫应变法计算混凝土梁桥的徐变、收缩效应的分析方法，写出了混凝土桥梁的徐变、收缩时效分析有限元列式，并将此方法应用到曲线箱梁桥的时效分析中。5。
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When treat-ing the spectra, transition, scattering problems, we must use the semi-microscopicapproach. The main new conclusions in this thesis are following:We found the different shrinking effect in ∧ hypernuclei and 〓 hypernuclei, the shrink-ing effect in ∧ hypernuclei are confirmed in a recent experiment;We also found a new approach to treat the configuration mixing of ∧∧ hypernuclei and〓 hypernuclei and that the conversion process may change the spectra and widths of〓 hypernuclei;For the first time, we investigate the neutron star matter without the ∑ hyperon butwith the new meson 〓(975) and φ(1020), we found the contribution of 〓 and φ canmake the equation of state of neutron star soften, and the maximum mass of neutronstar reduces;we extract a set of optimum parameters of the optical potential for the scattering of 〓with nucleus, we found that the 〓 nucleus optical potential need a bigger imaginarypart.
本论文所取得的主要新成果是：独立揭示∧超核和〓超核的不同的收缩效应，其中∧超核的收缩效应被最新实验证实；提出了处理∧∧超核与〓超核混合态的新方法，并发现conversion过程使〓超核能谱和宽度改变；首次在中子星研究中在不包含∑超子的同时考虑新介子〓(975)和φ(1020)，并发现这可使中子星物质的状态方程变软、中子星半径变大、质量变小；独立提取了〓核光学势的一组最佳参数，并证明〓+核光学势要求一个较大的虚部。
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It has also been noted that compressively strained quantum well materials are more preferable for the fabrication of IEL integrated devices, as they manifest a wider gain spectrum and a more significant bandgap shrinkage effect.
同时，由于压应变量子阱材料可以获得更宽的增益谱以及更明显的带隙收缩效应，因而更适合应用于同一外延层结构集成光源的制作。
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The contribution of electrostatic interaction to the transfer volumes is predominant. The reduction in the electrostriction with increasing the concentration of salts was confirmed by the decreased hydration number.
氨基酸两性离子端基和阴阳离子间的静电作用对迁移体积的贡献是主要的，静电作用削弱了两性离子带电中心对周围水分子的电致收缩效应，造成氨基酸的理论水化数随盐溶液浓度的增加而减小。
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In fundic strips, ghrelin and GHRP-6 could decrease the on-response induced relaxation and increase off-response induced contraction of the muscle, with the effect of Ghrelin obviously stronger than that of GHRP-6.L-NNA could increase the effects of Ghrelin and GHRP-6-induced muscle contraction, and L-AA could decrease their effects.
在胃底部，Ghrelin和GHRP-6可使开电刺激诱导的平滑肌舒张活动减弱，断电刺激诱导的肌条收缩活动增强，且Ghrelin作用明显强于GHRP-6.L-NNA可显著增强Ghrelin和GHRP-6的促平滑肌收缩效应，但L-AA可显著减弱该作用。
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The off-contractions were also cholinergically mediated as they disappeared under non-adrenergic,non-cholinergic conditions using atropine and guanethidine.In fundic strips,ghrelin and GHRP-6 induced on-relaxation and off-contraction and both ghrelin and GHRP-6 may significantly reduced on-response and increased off-response.
在胃底部，Ghrelin和GHRP-6可使on-response诱导的平滑肌舒张活动减弱，off-response诱导的肌条收缩活动增强，且Ghrelin作用明显强于GHRP-6.L-NNA可显著增强Ghrelin和GHRP-6的促平滑肌收缩效应，但L-AA可显著减弱该作用。
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The pial arteriolar constriction observed at 5 min or more afterunclamping in the control group was not altered by PGE1 in eitherlarge or small arterioles.
而在开放夹闭的主脉之后的5分钟甚至更长时间内，相对于对照组静注 PGE1对软脑膜大小微脉收缩效应无显著影响。
- 更多网络解释与收缩效应相关的网络解释 [注：此内容来源于网络，仅供参考]
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Myocardial Contractility：<生理学 physiology> 心肌收缩性
minute respiratory volume 每分钟通气量 | myocardial contractility 心肌收缩性 | negative chronotropic action 负性变时效应
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Pinch：收缩
在情况严重时,一次收缩(pinch)可能引起金属线或多义线(poly line)开路,或两根线之间的桥接导致短路. 在另外一些情况下,上文提到的光刻效应会影响晶体管漏电流和开关延时、金属线电容和时序问题,从而引起电路性能劣化和功耗上升.
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pinch effect：电磁收缩效应
电磁力 electromagnectic force | 电磁收缩效应 pinch effect | 电弧飘移 wandering of arc
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summation：总和
4.收缩的总和 骨骼肌通过收缩的总和(summation)可以快速调节收缩的强度. 总和的发生是在神经系统的调节下完成的,它有两种形式:运动单位数量的总和以及频率效应的总和. 平滑肌(smooth muscle)广泛分布于人体的消化、呼吸、血管、泌尿和生殖等系统.
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Asystole：无收缩
心动过缓和电机械分离(EMD)需立即辨认和治疗.因而对意识不清或虚脱病人应尽快建立ECG监护.无收缩(asystole)用肾上腺素每5分钟0.5~1mg快速静推治疗.肾上腺素兼有α-和β-肾上腺素能受体作用.α效应可增加周围和冠脉舒张压,
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Myocardial Contractility：<生理学 physiology> 心肌收缩性
minute respiratory volume <生理学 physiology> 每分钟通气量 | myocardial contractility <生理学 physiology> 心肌收缩性 | negative chronotropic action <生理学 physiology> 负性变时效应
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magnetic pinch effect：磁收缩效应
magnetic perturbation 磁扰动 | magnetic pinch effect 磁收缩效应 | magnetic plasma accelerator 磁等离子体加速器
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thermal pinch effect：热收缩效应
thermal output of a reactor 反应堆热输出 | thermal pinch effect 热收缩效应 | thermal plasma 热等离子体
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thermal pinch effect：热箍缩效应
thermal pinch ==> 热收缩 | thermal pinch effect ==> 热箍缩效应 | thermal pipe ==> (防冰装置的导管)热导管
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internal Compton effect：内康普顿效应
internal compensation 内消旋 | internal Compton effect 内康普顿效应 | internal contracting brake 内收缩式闸