Alloy Design and Characteristics of high-alloy High Carbon DM6S Steel with Multiple Types of Ultra-fine Carbides，马永庆，张洋，On the basis of carbides transformation orderliness, the alloy composition design of the high-alloy high carbon DM6S steel was acc
Charge polarization and quantum trapping in AgPd and CuPd bimetallic alloy catalysts，孙长庆，，AgPd and CuPd alloys are important catalysts that perform very differently with physical origins being still undetermined. Using X-ray photoelectron spectroscop
Shape Memory Alloy -Based Smart Infrastructures，李惠，欧进萍，This paper reviews the research results of SMA-based smart infrastructures developed by authors recent years, including pseudo-dynamic constitutive model dependant on strain rate,
SHAPE MEMORY ALLOY-BASED SMART BUILDINGS，李惠，毛晨曦，Two novel shape memory alloy (SMA) dampers with special configurations are developed by authors. These dampers also simultaneously play a role of displacement transducers. The ener
The Rh influence on the surface distribution of the ternary alloy Pt-Pd-Rh，陈羽，，Using the modified analytical embedded atom method (MAEAM) and combining with Monte Carlo computer simulation, the surface segregation of Pd-Rh alloys have been firstly di
Effects of cerium on the microstructure and mechanical properties of Mg-16Zn-6Al magnesium alloy，刘旭东，宋立华，Mg-16Zn-6Al-xCe(x=0-1.2) alloy was prepared by metal mould casting method. Effects of Ce on the microstructure and mechanical properties of the a
Centrifugal Infiltration Process of Fibrous Tubular Preform by Al-Cu Alloy，汪凯，李艳红，The kinetics of centrifugal infiltration of fibrous tubular preform is built theoretically, and simulations are conducted to study the effects of various casting condit
合金
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步骤1
关闭范围包含ThunkID而不是值
算术表达式
属性集
字段访问器解析
错误：
let id = x:x; x = 4 in id x let id = x:x; x = 4 in id x发散
let x = 4; in {a = x;} let x = 4; in {a = x;}给出未绑定变量， let x=4; in x let x=4; in x作品中
让绑定
语法返工
消除镜头依赖？
第2步
找出步骤2
（！）函数调用带有大括号的语法问
In order to improve the burn-resistant property of titanium (Ti) alloy, Ti-molybdenum (Mo) burn-resistant alloyed layer is coated onto the Ti6Al4V substrate with the double glow plasma surface alloying technology by permeating the Mo. The experiment
