牛顿–科茨,Newton–Cotes
1)Newton–Cotes牛顿–科茨
1.The validity of Kramers–Kronig transform for typical mathematical model of electrochemical impedance was studied, a new algorithms (Newton–Cotes) were developed to apply the Kramers–Kronig transform, and application of the transform in the analysis of experimental impedance data for Q235 steel in saltwater saturated CO2 without and with 25ppm imidazoline inhibitor was illustrated.探讨了Kramers–Kronig转换对交流阻抗典型的数学模型的适用性,提出一种新的用于Kramers–Kronig转换进行数值解析的方法—牛顿–科茨公式法,并对Q235钢在添加咪唑啉缓蚀剂的饱和CO2盐水中的交流阻抗数据进行Kramers–Kronig转换。
2)Newton[英]['nju:tn][美]['njut?n]牛顿科学
1.Newton s "Rule of Reasoning" and the logic of Scientific Discovery;牛顿科学的“推理规则”与科学发现的逻辑
英文短句/例句

1.of or relating to or inspired by Sir Isaac Newton or his science.属于或关于牛顿、牛顿科学的,或受其启发的。
2.Newton's laws were fruitful for the future development of science.牛顿定理对未来的科学发展有作用。
3.Isaac Newton was a great scientist and mathematician.艾萨克. 牛顿是一个伟大的科学家和数学家。
4.Is There Any Scientific Revolution?;到底有没有科学革命——兼评科恩《牛顿革命》与《科学中的革命》
5.He want to become a scientist as Newton and Einstein.他想成为和牛顿与爱因斯坦一样伟大的科学家。
6.Economics is not a straightforward discipline like Newtonian mechanics or Euclidean geometry.经济学不像牛顿力学或者欧几里德几何,它不是门直观的学科。
7.the Warden of Merton College, Oxford牛津大学默顿学院院长.
8.He found that Newton was working on his math.发现牛顿正在想数学题。
9.Sir Isaac Newton, the great scientist of the seventeenth century, first studied gravitation.17世纪伟大的科学家牛顿爵士第一个研究了引力。
10.Newton was a passionately religious man in a time of great scientific discovery.牛顿处在当时科学逢勃发展的年代,是一个虔诚的教徒。
11.A Preliminary Study on Relations Between Husserl′s Phenomenology and Theoretical Origin of Koyré′s Historiography of Science--Taking the Significance of Newtonian Generalization for Example;简论胡塞尔对柯瓦雷科学史编史的影响——以《牛顿综合的意义》为例
12.Riddling Heretical Theology and Science of Issaac Newton --On the methodology of research in the philosophy of science;揭开牛顿的异端神学与科学研究之谜──兼论科学哲学研究的方法论问题
13.Philosophical Enlightenment Given to us from Natural Science in the Period of Copernicus and Newton and the Materialist Philosophy in the 18th Century哥白尼-牛顿时期的自然科学和18世纪的唯物主义哲学给我们的哲学启示
14.His book is, therefore, not readily intelligible, even to scientists, unless Euclid has been read before.因此,如果事先没读过欧几里得几何学,牛顿的书是不易理解的,即使科学家也是如此。
15.Newton and other scientists used the law of gravitation, that marvel of simplicity and university, to build a comprehensive picture of the astronomical universe.牛顿和其他科学家运用这个简单和普遍适用的奇迹――引力定律,建立了天体世界内容广泛的画面。
16.This subject was first soundly established in the 17th century on the basis of the axiom usually known as Newton's law of motion.这门学科最初是在17世纪根据通常称为牛顿运动定律的原理完整地建立起来的。
17.Starting with Copernicus, modern science, after being greatly contributed by Johann Kepler, Galileo, reached its glorious age by the time of Isaac Newton.近代自然科学以哥白尼为标志,经过开普勒、伽利略,到牛顿发展到顶峰。
18.Newton left school to help on the family farm.牛顿离开学校帮助照料家里的农场。
相关短句/例句

Newton[英]['nju:tn][美]['njut?n]牛顿科学
1.Newton s "Rule of Reasoning" and the logic of Scientific Discovery;牛顿科学的“推理规则”与科学发现的逻辑
3)Newton and Leibniz Times牛顿和莱布尼茨时代
4)Newton-Lebniz formula牛顿-莱布尼茨公式
1.Teaching Discussion on Newton-Lebniz formula牛顿-莱布尼茨公式的教学探讨
5)Newton's scientific revolution牛顿科学革命
6)Donetsk顿涅茨克
延伸阅读

国防科学技术先期技术开发(见国防科学技术预先研究)国防科学技术先期技术开发(见国防科学技术预先研究)advanced technology development of national defense science and technology  guomng kexue listiu Xlanqi lishu切ifa国防科学技术元期仪不井汉哗u-vanced teehnology develoPment ofnationalde-fense seienee and teehnology)见国防科学技术预先研究。