1.
In-situ Mullite Rodlike Crystal Reinforced BAS Composite;
原位生长莫来石棒晶增强BAS复合材料
2.
Studies on the Preparation and Properties of ZnO Nanorod Thin Films by Solution Chemical Method;
ZnO纳米棒晶薄膜的溶液化学法制备与性能研究
3.
Synthesis of Rod-like Bis-ester Magnetic Liquid Crystals and Their Magnetic and Liquid Crystalline Properties
棒状双酯基磁性液晶的合成及其磁性和液晶性
4.
Designation for laser crystal rods
GB/T11295-1989激光晶体棒型号命名方法
5.
Columnar snow crystals look like sticks of ice.
圆柱形雪晶看起来就像一个冰棒，
6.
Preparation of single crystal Ag nanorods arrays by direct electro-deposition
直流电沉积法制备单晶Ag纳米棒阵列
7.
Effects of crystal seeds distribution on the growth of ZnO nanorods
晶种分布对氧化锌纳米棒生长的影响
8.
Crystallization Behavior of PET/AT Composite
PET/凹凸棒土复合材料的结晶行为研究
9.
An investigation of the lamellar-rod transition in binary eutectic using multi-phase field model
共晶形态层—棒转变的多相场法研究
10.
Synthesis and Mesomorphism of Schiff-Base Calamitic Liquid Crystals and Triphenylene Discotic Liquid Crystals;
席夫碱型棒状液晶和苯并菲盘状液晶的合成及介晶性
11.
Synthesis and Mesomorphism of Ferrocenyl Organometallic Liquid Crystals and Calamitic Liquid Crystals Containing Fluorinated Alkyl Chains;
单取代二茂铁联苯金属有机液晶和含氟棒状液晶的合成及介晶性
12.
Synthesis and Mesomorphism of Ferrocenyl Calamitic and Triphenylene Discotic Liquid Crystals Containing Cholesteryl Moiety;
含胆甾烯基的二茂铁棒状液晶和苯并菲盘状液晶的合成及介晶性
13.
Designations for lumbered synthetic quartz crystals
GB/T6627-1986人造石英晶体棒材型号命名方法
14.
Lab 1 apparatus: hot plate heater with silicon wafer (right), connected to a temperature probe (left).
实验一装置：加热板与矽晶圆（右）连接至感温棒（左）。
15.
It takes fifteen hours for the ”corundum” (crystallized alumina) to form on the rod, somewhat like a stalagmite.
15小时后，棒上形成石笋状的“金刚砂”（氧化铝晶体）。
16.
Research on Fabricating Amorphous Alloys by Bar Material Plasma Spray;
棒材等离子喷涂法制备非晶态合金的研究
17.
Fem Simulation and Predication of Grain Size in Roughing Roll for Bar Steel;
棒材粗轧过程的有限元模拟和晶粒尺寸预报
18.
Preparation and Process Research of the Amorphous SiO_2 Gel for Fibre-Optical Perform by Sol-Gel;
SG法制备非晶态SiO_2光纤预制棒干胶工艺研究