学的

• Carnot wished "to free geometry from the hieroglyphics of analysis" .
  Carnot希望“把几何学从分析学的画符样难懂的文字中解放出来。”
• Bioenergetics is defined as the study of energy transformation in living organisms .
  生物能学的定义是研究活生物体间的能量转化的科学。
• We will not be concerned with the development of a general theory of finite elasticity .
  我们不去关心有限应变弹性学的一般理论的导出。
• The classical literature of embryology documents these patterns in detail for the zygote .
  胚胎学的经典文献详细地报道了合子的这些式样。
• The fundamental pharmacokinetic principles are based upon the most elementary kinetic model .
  药动学的基本原理是以最基本的动力学模型为依据。
• Coluomb's discovery of the inverse square law forms the basis of the science of electrostatics .
  库伦发现的平方反比定律构成为静电学的科学基础。
• Energy measurements of biologic material require determination of the thermochemical caloric content .
  生物物质能量的测定，要求测定热化学的卡数。
• The accelerator has been fruitfully combined to explicate economic dynamics .
  在用来阐述经济动态学的模型中，加速数一直同乘数卓有成效地结合在一起。
• The foundations of partition calculus were laid down over twenty years ago by erdos and rado .
  划分学的基础大约是在二十多年以前由Erdos和Rado奠定的。
• Trilobites were rapidly evolving forms and are of widespread use in biostratigraphic studies .
  三叶虫是进化迅速的种型，并广泛用在生物地层学的研究上。