上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 3 Energy and Energy Conservation

4.8 Energy Conservation 4.9 Glycolysis as an example of fermentation 糖酵解 4.10 Respiration and membrane associated electron carriers Aerobic respiration-oxygen as terminal electron acceptor有氧呼吸 Anaerobic respiration-other substances as acceptors无氧呼吸 4.11 ENERGY CONSERVATION FROM THE PROTON MOTIVE FORCE 4.12 Carbon Flow in Respiration: the citric acid cycle 三羧酸循环 4.13 Catabolic Alternatives分解代谢的多样性

行业标准：GB/T 19577-2004 冷水机组能效限定值及能源效率等级 The minimum allowable values of the energy efficiency and energy efficiency grades for water chillers

《专业英语》课程教学资源（阅读资料）引言参考论文：Success factors of energy performance contracting（EPC）for sustainable building energy efficiency retrofit（BEER）of hotel buildings in China

本章将从基本的电磁实验定律出发建立真空中的Maxwell’s equations。并从微观角度论证了存在介质时的Maxwell’s equations 的形式及其电磁性质的本构关系 。 继而给出 Maxwell’s equations在边界上的形式，及其电磁场的能量和能流 ， 最 后 讨 论 Maxwell’s equations的自洽性和完备性。 §1.1 电荷守恒定律 The Conservation Law of Charge §1.2 电荷与电场 Electric Charge and Electric Field 库仑定律 叠加原理 电场 高斯定理 电场的散度 电场的旋度 §1.3 电流和磁场 Electric Current and Magnetic Field §1.4 麦克斯韦方程组 Maxwell’s equations §1.5 介质的电磁性质 Electromagnetic Property in Medium §1.6 电磁场边值关系 Boundary Conditions of Electromagnetic Field §1.7 电磁场的能量和能流 Energy and Energy Flow of Electromagnetic Field

Section1 Energy metabolism Section2 Body temperature

§9.1概述 §9.2泄水建筑物下游水流的衔接形式与消能方式 §9.3泄水建筑物下游收缩断面水深的计算 §9.4底流型衔接与消能 §9.5挑流型衔接与消能(ski-jump energy dissipation)

18.1 放射性核素和放射性衰变 Radioactive nuclide and radioactive decay 18.2 核能和核能利用 Nuclear energy and use of nuclear energy 18.3 人工核反应和超铀元素的 合成 Artificial nuclear reaction and syntheses of transuranium elements

5-1 Conservation of mass 5-2 flow work and the energy of a flowing fluid 5-3 energy analysis of steady flow systems 5-4 some steady-flow engineering devices

1、流体机械能量分析 流体机械能量分析 Energy transfer Energy transfer 2、容积损失 Leakage loss Leakage loss 3、机械损失 Mechanical loss Mechanical loss 4、水力损失 Hydraulic loss Hydraulic loss 5、效率 Efficiency Efficiency