strength [streŋθ]

strength的基本解释

n.

力量, 实力, 强度, 浓度, 力气, 人数, 抵抗力

• The enemy were in strength.
• 敌人的兵力很大。

• He hasn't got enough strength to remove that stone.
• 他没有足够的力气搬走那块石头。

• What is your strength?
• 你们一共有多少人？

• I did it on the strength of your promise .
• 我照着你的诺言而做此事的。

• The medicine has lost its strength.
• 这药已经失效。

strength的同义词

n. energy · might · power · vigor · potency · force · intensity

strength的反义词

n. weakness · impotence

与strength相关的词组

with all one's strength：用全力

by main strength：靠全身力气

与strength相关的网络例句 [注：此内容来源于网络，仅供参考]

The relationship between the ratio of Ca to Si with shrinkage value was needed to be studied further.The strength of M-AAS was comparatively high, but the flexural strength was regressed in the long term. The compressive and flexural strengthes of 3 days were able to surpass 8MPa and 78MPa, respectively, and compressive strength of 90 days were all around 100MPa, but compared to flexural strength of 28 days, the flexural strength of 90 days was regressed by 19.0%. The high strength property of M-AAS associated with its hydration products and Interfacial Transition Zoo. The main hydration products of M-AAS were microcline and CSH, no calcium hydroxide was found. The coexistence of microcline and CSH worked as micro-aggregate by each other, and no weak ITZ, both resulted in its high strength. The regression of its strength was related to its high shrinkage property, because the crazing caused by shrinkage would decrease the strength, especially the flexural strength.

M-AAS强度较高，但长期抗折强度倒缩。3天抗折和抗压强度分别可超过8MPa和78MPa，90天抗压强度在100MPa左右，但90天抗折强度比28天抗折强度相比低19.0％。M-AAS的高强特性与其水化产物和界面过渡区有关，M-AAS的水化产物主要为微斜长石和CSH凝胶，没有氢氧化钙，微斜长石与CSH凝胶相互填充和配合共同起到强度的作用，M-AAS砂浆中几乎没有发现界面过渡薄弱区。M-AAS的强度倒缩现象与其收缩值较大有关，收缩会引起M-AAS硬化体内部出现微裂缝，使强度下降。

Uses the biggest strength training method (80%～100% biggest strength) adding 30% biggest strength load training method; the load combination method to make the acclivity to lie pushes the barbell training, good in uses; the biggest strength training method to the upper limb shot fast strength training effect (80%～100% biggest strength) adding the unarmed quickest speed training method and the biggest strength training method (80%～100% biggest strength) adding 60% biggest strength shoulders the training method the load combination method.

用"最大力量训练(80％～100％最大力量)+30％最大力量负荷最快速度训练法"负荷组合方法做上斜卧推杠铃训练，对推铅球上肢快速力量的训练效果好于用"最大力量(训练80％～100％最大力量)+徒手最快速度训练法"与"最大力量训练(80％～1 00％最大力量)+60％最大力量负荷最快速度训练法"负荷组合方法。

This research shall be obtain that ocean-sand motor shall have more compressive strength early, but later strength shall descend, by means of non-standard sand mixing sample is quite obvious. By means of 50% ocean-sand substitutes for river-sand to mix fine aggregate compressive strength early shall be risen 20%~30%; Adds slag to ocean-sand or a half of river-sand and ocean-sand to make motor test sample, Compressive strength、bending strength and tensile strength shall be according to slag additament, by means of. slag add itament substitutes for cement 40%~60% is most. But slag be able to substitute for cement is too enough, 1ater strength shall be descent.

由本研究可得知海砂拌和的水泥砂浆，其早期抗压强度较高，而晚期强度则有下降的趋势，其中以非标准砂拌和效果最为明显；若以50%海砂替代河砂做为拌和细骨材，其早期抗压强度约上升20%~30%；添加炉石於海砂或河砂、海砂各半的水泥砂浆，其抗压、抗弯及抗拉强度，会随著炉石添加量增加而增加，其中以40%~60%炉石替代量为最佳，但是炉石替代量过高，晚期强度会下降；在相同水灰比状况下以海砂拌和水泥砂浆做比较，以非标准砂拌和有较高的抗压强度，其强度约比标准砂高10%左右。

与strength相关的网络解释 [注：此内容来源于网络，仅供参考]

strength：强度

首先,这种格式塔的"强度"(Strength)可能在很广的范围内变动. 作为格式塔特征的这一强度已由苛勒(Kohler)所界定,他通过部分之间相互依存的程度来界定格式塔特征的强度. 格式塔越强,它的每个部分就越是依赖所有其他的部分,

strength：力量

阿伦特继而区分了\"暴力\"(violence)、\"力量\"(strength)、\"势力\"(force)、\"权威\"(authority)等概念,指出在当代功能主义 思考模式下,这些概念都被化约成达到统治的类似手段;但这样做只能使得人类生活的经 验趋于单调.

strength：优势

所谓观SwOT分析是行销学上的名词,代表四种情况的整理,分别是本案的"优势"(strength)、"劣势"(weakness),"机会"(oppotunit)和"威胁"(Threat). 任何产品的构想都是建立在确认目标市场的基础上产生的,一定要看市场需求,

strength：优点

据有关的OVID搜索发现,错误(error)和偏差(bias)(18,913)远多于优点(strength)与价值(virtue)(7,423),晚近的Myers和Diener(1995)文献回顾发现:心理学文献过分集中在个人生活的消极层面,心理科学中关于消极心理研究的论文远远超过研究积极心理状态的论文,

tensile strength：抗拉强度

摘要: 抗拉强度(tensile strength) 抗拉强度( бb )指材料在拉断前承受最大应力值. 当钢材屈服到一定程度后,由于内部晶粒重新排列,其抵抗变形能力又重新提高,此时变形虽然发展很快,但却只能随着应力的提高而提高,直至应力达最大值. 此后,