石墨状的

基本解释 (translations)

graphitoid  ·  graphitoidal

与石墨状的相关的网络例句 [注：此内容来源于网络，仅供参考]

Compared with the graphite, the coefficients of friction of the RL-C/C are lower under the same load of about 0.08-0.12, and the increasing range of the volume losses are still lower than those of the graphite. Compared with the SL pyrocarbon material, the COF and the volume loss of the SL-C/C are about 0.02-0.05 and 0.2 mm^3, lower than those under the same load. The COFs of most RL-C/C and SL-C/C specimens remain stable or decrease slightly with time, while those of the graphite and pyrocarbon specimens increase. The thickness of the integrated friction film of the RL-C/C decreases with load, but the wear surface of the SL-C/C is rough. Tough the wear surface of the graphite is integrated, the serious abrasive wear make the debris move easily and accumulate on the edge of the wear trace to form a restacked morphology. On the wear surface of the pyrocarbon material, some loosed debris, circular worn holes and flake worn out pyrocarbon has been found.

结果表明：PAN炭纤维改善C/C复合材料的摩擦磨损行为；在实验载荷范围内，与高强度石墨材料相比，含RL炭C/C复合材料的摩擦因数降低0.08~0.12；体积磨损量增幅降低；与热解炭试样相比，具有SL炭C/C复合材料的摩擦因数降低0.02~0.05，体积磨损量低0.2立方公厘左右；随着时间的延长，大部分C/C复合材料的摩擦因数基本相对稳定或呈小幅下降，而石墨、热解炭块的摩擦因数均呈不同幅度的上升；具有RL炭的C/C复合材料摩擦表面膜厚度随载荷增加而降低，具有SL炭的C/C复合材料摩擦表面较粗糙；高强石墨能形成较完整致密的摩擦膜，但磨粒磨损严重，磨屑易在摩擦膜边缘形成层状堆积；热解炭块摩擦表面磨屑堆积松散，有较多的孔洞以及热解炭层整体剥落的形貌。

Compared with the graphite, the coefficients of friction of the RL-C/C are lower under the same load of about 0.080.12, and the increasing range of the volume losses are still lower than those of the graphite. Compared with the SL pyrocarbon material, the COF and the volume loss of the SL-C/C are about 0.020.05 and 0.2 mm3, lower than those under the same load. The COFs of most RL-C/C and SL-C/C specimens remain stable or decrease slightly with time, while those of the graphite and pyrocarbon specimens increase. The thickness of the integrated friction film of the RL-C/C decreases with load, but the wear surface of the SL-C/C is rough. Tough the wear surface of the graphite is integrated, the serious abrasive wear make the debris move easily and accumulate on the edge of the wear trace to form a restacked morphology. On the wear surface of the pyrocarbon material, some loosed debris, circular worn holes and flake worn out pyrocarbon has been found.

结果表明：PAN炭纤维改善C/C复合材料的摩擦磨损行为；在实验载荷范围内，与高强度石墨材料相比，含RL炭C/C复合材料的摩擦因数降低0.08~0.12；体积磨损量增幅降低；与热解炭试样相比，具有SL炭C/C复合材料的摩擦因数降低0.02~0.05，体积磨损量低0.2 mm3左右；随着时间的延长，大部分C/C复合材料的摩擦因数基本相对稳定或呈小幅下降，而石墨、热解炭块的摩擦因数均呈不同幅度的上升；具有RL炭的C/C复合材料摩擦表面膜厚度随载荷增加而降低，具有SL炭的C/C复合材料摩擦表面较粗糙；高强石墨能形成较完整致密的摩擦膜，但磨粒磨损严重，磨屑易在摩擦膜边缘形成层状堆积；热解炭块摩擦表面磨屑堆积松散，有较多的孔洞以及热解炭层整体剥落的形貌。

The single spots imply that carbon atom of the in-plane of 奊ICs is put in the order of the hexagonal net of graphite. Compared with the size of carbon atom, the triple spots of chloride signify that there are three sizes of the molecule of cupric chloride.

EGICs层面内碳原子层原子排布保持了石墨六角网格状的特点；氯化铜分子相对碳原子层分布有三种堆垛方式。

But under some conditions the flake graphite can appear in the spheroidal graphite zone in the surface layer.

生产中发现，在某些条件下，已经实现了表层石墨球化的灰铸铁件的外表层又出现片状石墨。

Due to the change of graphite structure the solidification interface of vermicular graphite iron becomes cellular-like, and the solidification interface of nodular graphite iron is rather irregular.

因石墨结构的变化，蠕虫状石墨铸铁的凝固界面呈一种特殊的胞状形态，球状石墨铸铁的凝固界面极不规则。

In this paper, beginning with the characteristic of space structure of graphite, we explain its layer structure and choose lattice in a layer which is called hexangular lattice as our studied object.

本论文从石墨的空间结构特点出发，说明了其层状结构，并且把石墨一层内的晶格即六角格子作为研究对象。

The solidification of interdendritic eutectic of hypoeutectic gray iron has the same characteristics as eutectic gray iron.

界面呈锯齿状的片状石墨/奥氏体共晶的生长过程不仅受液相扩散的控制，还受固相扩散的控制。

The matrix of the work layer of such kind of roll contains evenly-distributed graphite in the state of pellets, balls, vermes or sheets besides carb ides and ledeburite. Therefore, this material has not only better resistance to wear, but also better properties of resistance to spalling and fire crack.

由于该类轧辊工作层基体组织内除含有碳化物和莱氏体外，还存在均匀分布的球状、团状、蠕虫状或片状石墨，正因如此，除自身具有较好的耐磨性外，还具有较好的抗剥落性、抗热裂性。

A cast iron alloyed with silicon in which the graphite exists in the form of flakes.

灰铸铁：一种用硅合金化的铸铁，其石墨以片状存在。

The Ce in graphite is slightly higher than in neighboured matrix in most cases. With the same Ce content, more is alloyed in cast iron in comparison with steel.

涂层法自射线照相结果表明：Ce在片状石墨中呈均匀分布，而在球状石墨中的分布却是多样的。

与石墨状的相关的网络解释 [注：此内容来源于网络，仅供参考]

cementite：雪明碳铁

当铸铁凝固时,如果冷却速度太快时,则铁中所含的碳没有足够的时间析出成片状石墨,而以碳化铁的形态存在,因此当其凝固后,其金相组织并无石墨析出,其主要构造为雪明碳铁(cementite)及波来铁(pearlite).

cohune：羽状叶棕榈树(产于热带美洲),巴西棕

cohorts | 军团 | cohune | 羽状叶棕榈树(产于热带美洲),巴西棕 | cohydrol | 石墨的胶态溶液

crimp：卷曲

浮游法(流动催化法) ...产生波浪状卷曲(crimp)的现象,轴向纱.的卷曲会降低试片的机械性质,尤其对进行. Z 轴压缩测试更为明显;而SW 由於编织纱. 是相互交错对称,可保持轴向纱的笔直,不 ...薄片(称为石墨烯)卷曲组成,

pencil：铅笔

铅笔诞生于英国,但英语"铅笔"(pencil)却源于古罗马语(pencinus). 最初的铅笔是切成条状的石墨,称为"印石" . 1812年,美国人威廉姆.门罗用两块冲了槽的木条夹合石墨条并粘上,制成第一支现代铅笔.

sublattice：次晶格

以上理论性研究是由莱斯大学教授Boris Yakobson,率领博士后研究员Abhishek Singh与Evgeni Penev共同进行;他们发现,当氦的次晶格(sublattice)被移除,一个具有清晰边界的精巧六角形阱状,就会出现在石墨烯与石墨烯之间.

POLYMER COMPOSITES：聚合物复合材料

(2) 聚合物复合材料 聚合物复合材料(polymer composites)是将强化物质添加到聚合物内,以增加所 需的性质.单晶/须晶,黏土,滑石,云母等低长宽比(aspect ratio)之片状填充料 可以提高材料的劲度(stiffness) ;然而,纤维,玻璃纤维,石墨,

Sulphates：硫酸盐

进一步探讨戴奥辛各同源物(congener)分布.气状的硫氧化物外,柴油引擎亦可能生成硫酸盐(sulphates)类的微粒结晶构造有关.代表石墨碳(graphite carbon)特徵之层状平面结构,於计方面,