wc硬质合金 硬质合金 硬质棉 株洲硬质合金 往复式剃须刀 往复式压缩机 往复泵 循环..
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ZrO2–Ti(C,N)复合材料往复滑动对WC-Co硬质合金磨损行为研究
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3秒自动关闭窗口LSFM perovskites as cathodes for the electrochemical reduction of NO的翻译是:作为负极的LSFM钙钛矿电化学减少的没有Ionic conductivity of glasses with two and three types of alkali ions的翻译是:Ionic conductivity of glasses with two and three types of alkali ionsIonic conductivity of undoped BaTiO3-δ with electron transfer suppressed的翻译是:无掺杂的BaTiO3-δ离子传导性与被压制的电子调动的Electrical properties and oxygen diffusion in yttria-stabilised zirconia (YSZ)–La0.8Sr0.2MnO3±δ (LSM) composites的翻译是:电子物产和氧气扩散在yttria被稳定的氧化锆(YSZ) – La0.8Sr0.2MnO3±δ (LSM)综合Nano-structured Li-ionic conductive composite solid electrolyte synthesized by using mesoporous SiO2的翻译是:纳诺被构造的李离子导电性综合坚实电解质被综合通过使用mesoporous SiO2Effect of strontium and cerium doping on the structural and catalytic properties of PrMnO3 oxides的翻译是:掺杂的锶和的铈的作用对PrMnO3氧化物结构和催化作用的物产Polyphosphate composite: conductivity and NMR studies的翻译是:Polyphosphate composite: conductivity and NMR studiesProton conductivity in tungsten and antimony-modified titania ceramics prepared by the sol–gel method的翻译是:在钨和锑修改过的钛白陶瓷的氢核传导性用溶胶凝胶相互转换的方法准备了Anhydrous solid state proton conductor based on benzimidazole/monododecyl phosphate molecular hybrids的翻译是:根据苯并咪唑/monododecyl磷酸盐分子杂种的无水固体氢核指挥Correlated ion diffusion in γ-Ag0.7Cu0.3I的翻译是:在γ-Ag0.7Cu0.3I的被关联的离子扩散Application of solid-state galvanic cells to the thermodynamic study of the CaO–SiO2–ZrO2 system的翻译是:Inside front cover (Editorial Advisory Board)的翻译是:里面封面(社论顾问委员会)A computational approach to pricing a bank credit line的翻译是:对定价银行信贷线的一种计算方法Analysis and shape optimization in incompressible flows with unstructured grids的翻译是:在不可压缩流动的分析和形状优化与无特定结构的栅格A novel numerical forcing for homogeneous stratified turbulence in full energy equilibrium的翻译是:一新颖数字强迫在充分的能量平衡的同类的有层次的动荡的Eigenvalue analysis of linearized error dynamics of measurement integrated flow simulation的翻译是:Eigenvalue analysis of linearized error dynamics of measurement integrated flow simulationA front-tracking method with projected interface conditions for compressible multi-fluid flows的翻译是:与计划的接口的一个前面跟踪的方法为可压缩的多流动流程适应
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Copyright (C) 2005 - . All Rights Reserved.哪位高手能帮帮忙啊？翻译成汉语！！_百度知道
哪位高手能帮帮忙啊？翻译成汉语！！
Speed Training Section
This section of the website focuses on the key principles of speed training.
What is speed? It is the ability to reach a high velocity of movement in whatever mode of locomotion – running, cycling, skating swimming etc.
Very often, agility is more relevant to successful sports performance than all-out speed. Agility is the ability to explosively brake, change direction and accelerate again.
Another element of fitness closely related to speed training is speed endurance. Many athletes must maintain a high velocity for longer than 6 seconds or produce repeated sprints with minimal rest periods in between.
The combination of speed, agility and speed endurance an athlete requires is determined by his or her sport. But regardless of the event, there are several modes of training that are integral to developing a ‘fast’ athlete:
Strength & Power Training
Speed is chiefly determined by the capacity to apply a large amount of force in a short period of time. This is also known as power. Many athletic movements take place in 0.1 to 0.2 seconds but maximal force production takes 0.6 to 0.8 seconds. The athlete who can apply most force in the short period of available time is said to be the most powerful.
Strength training increases maximal force production. Assuming as a result, more force can be produced in the same period of time, strength training alone can increase power. However, it makes more sense to increase both maximal force production and the rate of force development. This can be achieved through power training. Both strength and power training are integral to improvement of speed.
Speed Training
Practising moving and accelerating faster helps to condition the neuromuscular system to improve the firing patterns of fast twitch muscle fibers. Two variations of basic speed training are assisted and resisted speed training. Assisted training (also called overspeed training helps to improve stride frequency). Resisted speed training helps to improve speed-strength and stride length.
Agility Training
Most team sports consist of very few movements that occur only in a straight line. Nor do those movements occur at a fixed pace or for a fixed length of time. Agility and quickness training improves an athlete’s ability to change direction, brake suddenly and perform sport-specific skills with speed and dexterity.
Compare speed training to strength training for a moment. A sport-specific strength training program will first aim to develop basic strength. This is on the premise that a solid base of strength offers greater physical potential to work with when converting it to sport-specific strength later on. Basic speed training along with power training maximises the athlete’s ability to move rapidly. Agility training helps an athlete to apply their speed to sport-specific scenarios.
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速度训练组
本网站的部分将集中探讨速度训练的主要原则。
什么是速度？这是能够达到的任何运动模式的高速运动-跑步，骑自行车，游泳，滑冰等
力量训练最大力量增加生产。因此假设，更可以产生力量，在同一时期，力量训练可以提高功率单。然而，更有意义，同时增加最大力量的生产和发展速度的力量。这可以通过以下方式实现权力的培训。
很多时候，灵活性，更成功的体育相关的比全面的高速性能。敏捷是爆炸式制动能力，改变方向并加速了。
另一种健身内容密切相关的速度训练是速度耐力。很多运动员必须保持时间超过6秒高速或生产与最低之间的休息时间，反复冲刺。
力量和爆发力训练
速度，灵活性和速度耐力的运动员，都要求由他或她的运动决定的。但不管事件，也有训练是不可或缺的发展'快'运动员几种模式...
速度训练组
本网站的部分将集中探讨速度训练的主要原则。
什么是速度？这是能够达到的任何运动模式的高速运动 - 跑步，骑自行车，游泳，滑冰等
很多时候，灵活性，更成功的体育相关的比全面的高速性能。敏捷是爆炸式制动能力，改变方向并加速了。
另一种健身内容密切相关的速度训练是速度耐力。很多运动员必须保持时间超过6秒高速或生产与最低之间的休息时间，反复冲刺。
速度，灵活性和速度耐力的运动员，都要求由他或她的运动决定的。但不管事件，也有训练是不可或缺的发展'快'运动员几种模式：
力量和爆发力训练
速度主要是取决于能力，适用于在短时间内大量的力量。这也被称为权力。许多参加田径运动在0.1到0.2秒的地方，但最大力量生产需要0.6至0.8秒。...
这部分的网站重点主要原则的速度训练。
什么是速度吗?这是一个很高的能力,达到什么速度行进模式的运动——跑步、骑自行车、滑冰游泳等。
经常,敏捷性更相关的运动速度比竭尽全力的成功。敏捷的能力是爆炸性的刹车,改变方向,加快了。
另外一个因素密切相关的体能训练速度耐力的速度。许多运动员必须保持一个高速度超过6秒或反复发生冲刺与最小的休息时间。
这个组合的速度、灵活性和速度耐力运动员需要取决于他或她的运动。但不管事件,有几种方式都少不了的训练的运动员的快速发展的。
力量和力量训练
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