1)  Rotary drier
薄板式烘丝机
2)  thin plate
薄板
1.
Solutions for axisymmetric problems of infinite elastic thin plate on generalized Gibson subgrade;
广义Gibson地基上无限大薄板轴对称问题求解
2.
Vibration and sound radiation characteristic of the thin plate in different surrounding media;
薄板在不同媒质中振动及声辐射特性研究
3.
Global bifurcation and chaotic dynamics for a non-autonomous buckled thin plate;
非自治屈曲薄板全局分叉与混沌动力学(英文)
3)  sheet metal
薄板
1.
Application of residual stress measurement method in analysis of vault defect on sheet metal surface;
残余应力测试法在分析薄板起拱缺陷中的应用
2.
Design Analysis on Large Scale Sheet Metal Drawing Part;
汽车大型薄板引伸零件的设计分析
3.
Research on stamping process of sheet metal part with super-high solid boss;
带超高实体凸台的薄板冲压件加工工艺研究
4)  thin plates
薄板
1.
Buckling distortion of laser welded thin plates and its control by dynamic cooling;
薄板激光焊时失稳变形及其控制
2.
Rdfined nine degrees of freedom triangular element for stability and vibration analysis of bending thin plates;
薄板稳定和振动分析的精化九参数三角形单元
3.
A Laplace transform finite element method for solving the dynamic coupled ther-moelasic bending problems of thin plates was proposed based on the variational principle of theProbems.
以薄板动力热耦合弯曲问题的变分原理为基础，提出了一种解决该问题的拉普拉斯变换有限无法。
5)  sheet
薄板
1.
Microstructure and property of friction stir welded LF21 aluminum sheet;
LF21铝合金薄板搅拌摩擦焊组织与性能
2.
Microstructure and Property of NiCrAl Alloy Sheet by EB-PVD;
EB-PVD工艺制备NiCrAl合金薄板的组织与力学性能
3.
Study on sheet rolling process of SiC_p particulate reinforced aluminum matrix composite;
SiC颗粒增强铝基复合材料薄板轧制工艺研究
6)  plate
薄板
1.
Some Concise Exact Analytical Solutions of Rectangular Plate Bending;
矩形薄板弯曲的严格简明解析解
2.
Design and Case Analysis of large Plate Elongation Cover on Urban Buses;
公交客车大型薄板拉延覆盖件设计与实例分析
3.
By adopting the energy and finite-element methods with analysis software MATLAB and ANSYS,a detailed and complete solution process for bucking of simply supported rectangular elastic plates is provided.
分别采用能量法和有限元法两种分析方法,利用数学分析软件Matlab和有限元分析软件ANSYS,对简支矩形薄板受纯剪切的弹性失稳问题进行了详尽的分析求解。
参考词条
补充资料：滚筒式烘梗机
分子式：
CAS号：

性质：烘干火柴梗设备。由炉体(燃烧室)、滚筒、传动机构和引风装置等四部分组成。滚筒内壁焊有纵向挡板条，简体横卧于两组托辊上，略有倾斜(约10°)。传动机构通过齿轮、齿圈带动滚筒旋转(约10r/min)。设置于滚筒尾后的引风机将炉膛中燃烧产生的热烟气通过筒内。湿梗由滚筒较高一端进入筒内，在螺旋式翻滚运动过程中，受热而逐渐被烘干，从滚筒另一端流出。该机的优点是效率高，但弱点是火焰和温度不易控制，易将梗枝熏黑、烤糊甚至引起火灾。

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