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- Optimization on Life Cycle Net Energy Cost Related to Renewability of Fuel 燃料考虑可再生性的生命周期净能源成本优化
- Net energy cost 净能源成本
- Equip: Reduce the energy cost of Claw and Rake by3. 效果:使你的爪击和扫击所消耗的能量降低3点.
- Vital Signs energy cost reduced from 5 to 2. 重要信息提示耗魔减少从5改到2。
- Energy cost analysis and report. 能耗分析和汇报工作。
- Fetid Ground: decreased Energy cost to 5. 恶臭地表:减少能量消耗至5.
- Spiteful Spirit: decreased Energy cost to 10. 恶灵附体：能量消耗降低为10点。
- Animate Flesh Golem: decreased Energy cost to 10. 操纵血肉傀儡：能量消耗降低为10点。
- Zero Net Energy Buildings: Are they Economically Feasible? 零能源建筑：是否在经济上可行？
- A new indicator cost of net energy taking into account the renewability (CNER) of a fuel is proposed. 摘要提出一个新的考虑燃料可再生性的净能源成本指标，燃料指标值越低表明燃料的总体表现越好。
- Low energy cost is only weakly related to energy efficiency. 但最低能耗费用与能效只有微弱的联系。
- Energy cost of Navy Corpsman's Vital Signs reduced from 10 to 5. 海军医务兵的重要信息提示耗魔从10减少到5。
- Equip: Reduce the energy cost of Claw and Rake by 3. 效果:使你的爪击和扫击所消耗的能量降低3点.
- The method of net energy analysis for fuel ethanol from corn was developed based on principles of life cycle inventory(LCI) analysis. 基于生命周期清单分析原理,建立了玉米燃料乙醇的净能量分析方法。
- Second, truly independent studies on ethanol, such as those written by Tad Patzek of Berkeley and David Pimentel of Cornell, show that ethanol is a net energy loser. 其次，真正独立的研究显示，乙醇根本就是种一无是处的能源，提交此类研究结论的包括有加州大学伯克莱分校的TadPatzek和康奈尔大学的DavidPimentel；
- The life cycle total energy, fossil fuels, and petroleum consumption, net energy yield, and overall energy utilization degree of cassava-based fuel ethanol were assessed. 以总体能源消耗、化石燃料消耗、石油消耗、净能源产出和能源综合利用率为评价指标，对木薯燃料乙醇进行了生命周期能源效率评价。
- Points into Expertise decrease the Energy cost of your attack skills, Preparations, and Traps. 减少攻击技能、预备、陷阱所消耗的能量。
- Heating and cooling systems through the energy cost savings from the more efficient system. 一种计算收回制冷和制热系统成本差所需时间的方法。
- Slaughter from the Shadows:Reduces the energy cost of your Backstab and Ambush abilities by 3/6/9/12/15. 暗影屠杀(?点)：减少你背刺和伏击消耗的能量3/6/9/12/15点。
- We show that there are two mechanisms responsible for the net energy exchange between an intense pulsed laser and an electron in vacuum, namely, stimulated Compton scattering(SCS) and non-linear Compton scattering(NLCS). 研究显示真空中强脉冲激光与电子之间的净能量交换主要源于两种量子机制,即受激Compton效应(SCS)和非线性Compton效应(NLCS)。
- 今日热词
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- 深远海浮式风电平台 - deep-sea floating wind power platform
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- 京雄高速公路 - Beijing-Xiongan expressway
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- 农业及相关产业增加值 - the added value of agriculture and related industries
