1) optical center
光心
1.
The optical center of the rotational ellipsoid and it s thick lens;
旋转椭球面及其厚透镜的光心
2.
The optical center of the rotational hyperboloid and its thick lens;
旋转双曲面及其厚透镜的光心
3.
According to the concept of optical center,the determination method about optical center in college physics are simplified.
对《大学物理》中有关光心的求法进行了简化。
2) optical centre
光心
1.
The definitions of optical centre and nodal point of a lens is given and the differ-ence between them is pointed out． The condition under which they coincide and the positionwhere they coincide are also prove
本文阐明透镜的光心和节点的定义，指出了它们的不同点，并论证了两者重合的条件及所重合的空间位置。
3) monofilament cable
单心光缆<光>
4) luminescence centers
发光中心
1.
The charge compensation defects would influcence the local environment of the doped rare earth ions, modifying their site symmetry, and therefore different types of luminescence centers should be formed.
磷光体，研究了Ｅｕ３＋离子的光谱特征与基质化合物的关系，存在三类发光中心，讨论了基质组成对铕离子价态的影响。
2.
The electronic structures of Mn 2+ luminescence centers in Mn-doped ZnS are studied by using first-principles linear muffin-tin-orbital method combining atomic sphere approximation.
用自旋极化的LSD LMTO(Local Spin DensityLinearMuffin Tin OrbitalMethod)方法 ,对ZnS掺入Mn发光中心的电子结构进行了大型超原胞模拟计算。
5) telecentric optical path
远心光路
1.
According to the third order aberration theory of binary optical element,the optical coupler system with one diffractive surface,telecentric optical path structure in the object space is shown with calculation and optimization of optical design software ZEMAX,whose operating wavelength is(0.
该耦接器采用物方远心光路结构,适用于单丝直径16μm,截面直径为6 mm的光纤传像束。
6) central exposal
中心曝光
补充资料：不坏金刚光明心殿
【不坏金刚光明心殿】
（术语）金刚界之大日如来说法处也，不坏金刚者，叹诸尊之身，常住坚固，光明心者，叹其心之觉德，以五智配之，则当于成所作智，三密之业用，皆由此生。瑜只经曰：“一时薄伽梵金刚界遍照如来，以五智所成四种法身。于本有金刚界。（中略）不坚金刚光明心殿中。与自性所成眷属。”二教论曰：“谓不坏金刚者总叹诸尊常住身。光明心者叹心之觉德。殿者明身心互为能住所住。（中略）亦是成所作智。三密业用皆从此生。”
（术语）金刚界之大日如来说法处也，不坏金刚者，叹诸尊之身，常住坚固，光明心者，叹其心之觉德，以五智配之，则当于成所作智，三密之业用，皆由此生。瑜只经曰：“一时薄伽梵金刚界遍照如来，以五智所成四种法身。于本有金刚界。（中略）不坚金刚光明心殿中。与自性所成眷属。”二教论曰：“谓不坏金刚者总叹诸尊常住身。光明心者叹心之觉德。殿者明身心互为能住所住。（中略）亦是成所作智。三密业用皆从此生。”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条