1.
A structurally differentiated form of an element that exhibits allotropy.
同素异形体化学元素的结构分化形式，表现为同素异形现象
2.
CARBYNE──A NEW ALLOTROPE OF ELEMENTAL CARBON
卡宾碳──一种新的元素碳的同素异形体
3.
an allotrope of iron that is the same as alpha iron except that it is nonmagnetic; stable between 768 and 906 degrees centigrade.
铁的同素异形体，除不具磁性外与α铁相同，在摄氏度之间保持稳定。
4.
an allotrope of iron that is stable between 1403 degrees centigrade and the melting point (= 1532 degrees).
铁的同素异形体，在摄氏度至熔点（摄氏度）之间保持稳定。
5.
a magnetic allotrope of iron; stable below 906 degrees centigrade.
一种具有磁性的铁的同素异形体，在摄氏度以下保持稳定。
6.
an abundant nonmetallic tetravalent element occurring in three allotropic forms: amorphous carbon and graphite and diamond; occurs in all organic compounds.
一种丰富的非金属四价元素，有三种同素异形体：无定形碳、石墨、金刚石。
7.
The allotropes of carbon include diamond, graphite and charcoal, all with the same chemical properties.
碳的同素异形体包括金刚石、石墨和木炭，所有这些物质都具有相同的化学性质。
8.
a nonmagnetic allotrope of iron that is the basis of austenite; stable between 906 and 1403 degrees centigrade.
无磁性的铁的同素异形体，奥氏体的主要成分，在摄氏度之间保持稳定。
9.
The Sameness and Difference Counter-analysis of Sports Population and Non-Sports Population s Factors of Affecting the Formation of Physical Exercise Habits;
体育与非体育人口在影响锻炼习惯形成因素上的同异反分析
10.
Titanium in the pure state can exist in either of two allotropic forms.
纯钛以两种同素异形的形式存在。
11.
The existence, especially in the solid state, of two or more crystalline or molecular structural forms of an element.
同素异形现象一种元素中有两种或更多的晶体或分子结构形式，特别是以固态存在的现象
12.
Consistency in crystalline form with variation in chemical composition.
异质同形现象，异质同晶现象晶体形式相同但化学组成不同
13.
Charcoal and diamond are allotropes of carbon.
木炭和金刚石都是炭的同素异形物
14.
of or related to or exhibiting allotropism.
同素异形现象或与之相关的。
15.
graphite and diamond are allotropes of carbon.
石墨和金刚石是碳的同素异性体。
16.
An Experimental Study into the Cyclosporine-impregnated Allograft Bone;
复合环孢菌素同种异体骨的实验研究
17.
The Microstructions of Allotropic Carbon Materials Studied by Positiron Annihilation Techniques;
碳同素异构体微观结构的正电子研究
18.
Response of different varieties of Chinese cabbage to nitrogen forms
不同小白菜器官对氮素形态响应的生理差异