Question

求翻译这段英文！！！！！

in which,
the thermal fatigue resistance of 3Cr2W8V dies teelwith biomi-
metic surface was investigated.It was found that the units with
different sizeshadvariouseffectsonpreventingthermalfatigue
cracks.Meng et al. [14] studied the improved thermal fatigue
resistance of H13 die steel with various unit morphologies(includ-
ing ‘prolate’, ‘U’ and ‘V’ morphology) beneath the surface;the
optimum thermal fatigue behavior of unit with ‘U’ morphology
was reported.
In fact,biomimetic surface processed by the BCLR process is
characterized by the coupled surface structure which is composed
of structural units and matrix material.These units have different
microstructures or chemical compositions from the matrix mate-
rial. The morphological factors include spacing and distribution
(such asspots,stripesandnetwork)of units.Thus,the chemical
compositions of unit and biomimetic surface morphologies play
pivotal role in affecting properties of materials.For instance,Tong
et al. [15] investigated the thermal fatigue characteristics of gray
cast iron with biomimetic surface treated by laser alloying using Cr
powder.The treated sample had superior resistance to thermal
fatigue, compared with laser melting treateds ample.Zhang et al.
[16]

Answer 1

其中，3Cr2W8V钢的耐热疲劳性死亡teelwith biomi-metic表面investigated.It发现该单元withdifferent sizeshadvariouseffectsonpreventingthermalfatiguecracks.Meng等。 [14]研究了H13的改良热fatigueresistance模具钢的各种单元的形态（包括原理，荷兰国际集团“扁长”，“U”和“V”形态）的表面下，单位用“U”theoptimum热疲劳性能morphologywas报道。事实上，仿生表面处理由耦合表面结构，这是composedof结构单元和基质material.These单元具有从矩阵伴侣-里亚尔differentmicrostructures或化学组合物ischaracterized的BCLR过程。形态因素包括units.Thus的间距和分布（如asspots，stripesandnetwork），单位和仿生表面形貌的chemicalcompositions playpivotal的影响materials.For情况下，Tonget人的性质的作用。 [15]研究了graycast铁的热疲劳特性与由激光使用Crpowder.The处理的试样，以thermalfatigue优越性，以激光融化的合金相比，处理过的仿生表面treateds ample.Zhang等。

Answer 2

其中，对具有仿生表面的3Cr2W8V模具钢的耐热疲劳性进行了研究。结果发现，具有不同尺寸的强化后的单元对防止热疲劳开裂来说有不同的效应。.Meng等人14]研究了在表面下具有不同单元形态的（包括“扁长”的，“U”形的和“V”形的形态）H13模具钢热疲劳性能的提高。报道了具有“U”形形态的单元有最佳的热疲劳性状。事实上，用BCLR工艺加工的仿生表面的特点在于其耦合的表面结构，这种结构单元是由单元结构和基体材料组成的。这些单元与基体材料有不同的微观结构或化学成分。形态因素包括单元的间隔和分布（例如斑点，条纹和网络）。因此，单元的化学组分和仿生表面的形态对材料的性质发挥着举足轻重的作用。例如，Tonget等人[15]研究了用Cr粉激光合金化的灰铸铁的热疲劳特性。经处理过的样品相比于激光熔融处理的样本具有优异的耐热疲劳性能。.Zhang等人[16]

Answer 3

你瞎打的吧