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近日，由中国科学院广州地球化学研究所袁鹏研究员等主编的英文矿物学专著Nanosized Tubular Clay Minerals（中译名：《纳米级管状粘土矿物》；ISBN号978-0-08-100293-3）由国际学术出版机构Elsevier出版。该书是关于纳米管状矿物埃洛石（Halloysite）和伊毛缟石（Imogolite）的首部系统学术专著。全书分为四部分（“纳米管状粘土矿物的地质学与矿...
Forces and fluctuations in planar, spherical and tubular membranes
Forces luctuations spherical tubular membranes
2010/11/1
Lipid membranes constitute very particular materials: on the one hand, they break very easily under microscopical stretching; on the other hand, they are extremely flexible, presenting deformations ev...
设$A$为有限域上的${\T}$$(2,2,2,2)$型 tubular 代数,它是tame遗传代数$A_0$的单点扩张,也是 tame 遗传代数$A_\infty$的单点余扩张.记${\P}$$_0$为预投射$A_0$-模集合,${\CQ}$$_\infty$是 预内射$A_\infty$-模集合, 则${\P}$$_0$, ${\CQ}$$_\infty$$\subseteq $mod $A...
Characterization of Tubular Chrysotile by Thermoporometry, Nitrogen Sorption, Drifts, and TEM
Chrysotile asbestos Infrared spectroscopy N2 adsorption and desorption Thermoporometry Transmission electron microscopy X-ray diffraction
1993/8/1
The maximum crystal radius Rn of ice in hollow wet chrysotile tubes is established by thermoporometry to be between 2.8 and 3.2 nm, and the internal pore volume Vn of the tubes to be between 0.008 and...
Observation of the Hydrated Form of Tubular Halloysite by an Electron Microscope Equipped with an Environmental Cell
Dehydration Diffraction Halloysite Kaolinite Tubular
1978/11/1
Abstract: The hydrated form of tubular halloysite [halloysite (10 Å)] was observed by a conventional electron microscope equipped with an environmental cell (E.C.), by which the “natural” form w...
Internal and External Morphology of Tubular and Spheroidal Halloysite Particles
External Morphology of Tubular Spheroidal Halloysite Particles
1974/11/1
Abstract: Tubular halloysite from Wagon Wheel Gap, Colorado and spheroidal halloysite from Redwood County, Minnesota were examined by transmission electron microscopy. Clay samples were prepared by th...