1) centrifugal model test
离心模型实验
1.
In this paper, the research results of the subgrade embankment neither on slope soft-soil foundation oron horizontal soft-soil foundation that used numerical simulation and centrifugal model test will be shown out.
结合工程实践,提出斜坡软弱地基模型,采用数值分析和离心模型实验对照研究了水平软弱地基和斜坡软弱地基填方工程特性,并提出斜坡软弱地基填方工程对策。
2) geotechnical centrifuge model test
土工离心模型实验
3) centrifuging
离心
1.
Study on The Microstructure of Intermetallic Compound-ceramic Lining in Composite pipe Prepared by SHS-centrifuging;
自蔓延—离心法制备金属间化合物/陶瓷内衬复合钢管的实验研究
4) centrifuge
离心
1.
Experimental research on the combined centrifuge-aerofoil grain cleaning fan;
离心—轴流组合式清粮风机的试验研究
2.
Effect of Centrifuge and Frozen Treatment on Chaetoceros muelleri Culture;
离心·冷藏对牟氏角毛藻再培养的影响
3.
On the base of sodium hydroxide and zinc acetate to adsorb the sulfide and the sodium borate buffer added to enhance the deposition effect,the deposition of zinc hydroxide and zinc sulfide was separated from the solution by a centrifuge,then the soluble sulfide was determined by the method of methylence blue.
在Zn(CH3COO)2和NaOH溶液固定硫化物和硼砂缓冲液加强沉淀效果的基础上,提出用离心法将硫化物从溶液中分离出来,采用亚甲基蓝法测定水样中硫化物浓度的方法。
5) centrifugation
离心
1.
Preparation of porous alumina ceramic with uniform cell size by centrifugation-template method;
离心成型结合模板法制备孔径均匀的多孔氧化铝陶瓷
2.
Aqueous enzymatic extraction of walnut oil:enzymatic hydrolysis and centrifugation;
水酶法提取核桃油工艺研究——酶解和离心参数确定
3.
K526 cell exosomes isolated by a sequence of differential centrifugation steps;
多步离心法提取K526细胞外泌体
6) centrifugal
离心
1.
Study of centrifugal high-speed chromium plating;
离心高速电镀铬工艺研究
2.
The Microstructure of Intermetallic Compound-ceramic Lining in Composite Pipe Prepared by SHS-centrifugal;
SHS-离心复合钢管金属间化合物-陶瓷内衬的显微组织
3.
Heavy Compound Ductile Iron Work Roller Manufacturing by Centrifugal Casting;
离心复合大断面球墨铸铁轧辊的制造
参考词条
补充资料：岩体离心模型
岩体离心模型
centrifugal model of rock mass
丫ant!!一x}n mox(ng岩体离心模型(eentrifugal model。f:oek ma-ss)将按一定几何比，用原型岩石、相似材料或光弹材料制成的模型，放人离心机回转盒中，用均匀旋转时的离心力场来模拟岩体工程结构受力边界条件，使之保证重力相似的研究方法。离心机的主要参数有外径、有效半径每分钟最大转速、最大离心模拟比、电机功率。离心机的构造与几何尺寸应根据实际用途和模型尺寸，以及对离心力相对误差的要求设计。对光弹模型加载的离心机，应配有可以进行应力冻结的加热恒温装置;对岩石或相似材料模型加载时，必须装备各种记录测量模型应力、变形、位移或破坏等仪器及传感器离心机工作时，应有专门的控制装置，可任意调整和控制转速。 (吕乃璧)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。