chrysotile

With its good physical and chemical properties, chrysotile will surely have broad applying prospects in the new nano-material field.

The influence factors of sulfuric acid soaking for treating chrysotile was investigated by means of orthogonal test.

The variation of ultimate tensile strength with length FOR amosite crocidolite, chrysotile is shown in Table 2.

Objective To explore whether excess risk of malignant tumor, especially lung cancer in workers simply exposed to chrysotile .

The principal forms of asbestos are chrysotile (white asbestos) and crocidolite (blue asbestos).

the strengths decrease in order crocidolite chrysotile , amosite.

Conclusions Chrysotile could cause excess risk of lung cancer in exposed workers.

Objective To study the mechanism of damages of pulmonary alveolar macrophages caused by chrysotile asbestos.

Effects of pretreatment of chrysotile by three compounds on the crystal lattice structure and the surface charge of chrysotile

Role of telomerase in chrysotile induced malignant transformation of normal human embryonic lung fibroblasts

Preparation and characterization of chrysotile nanofibers

Chrysotile and its significance in new nano-material and environment science

The cytotoxicity and genotoxicity induced by chrysotile asbestos indirectly

Inhibitory effect of several chemicals on chrysotile-induced DNA chain breakage by single cell gel electrophoresis assay

Study on Influence of Washing Purification on Surface Electric Potential of Chrysotile Asbestos

Comparison of Changes in Oncogene of Human Embryo Lung Cells before and after Chemical Modification for Chrysotile

Effects of Cigarette Smoke Solution and Chrysotile on Proliferation Activity of Human Embryo Lung Cells

Method for rapid wet classification of chrysotile asbestos fibre by length distribution

Method for wet classification of chrysotile asbestos fibre by length distribution

Effect of chrysotile and cigarette smoking solution on DNA damage and repair in human alveolar epithelial cells

Design of an Orthogonal Test for Sulfuric Acid Soaking of Chrysotile

A meta-analysis of cohort studies on cancer mortality among workers exposure to chrysotile fiber alone

Survey on the mortality of malignant tumors in female workers exposed to chrysotile asbestos

Preparation of Fe-doped Chrysotile Nanotubes by Hydrothermal Method

Porous properties of nano-fibriform silica from natural chrysotile

Study on Kinetics and Kinetic Model of Chrysotile Leaching in Hydrochloric Acid

Study on New Beneficiation Technique of Chrysotile Asbestos

Standard Test Method for Sampling Chrysotile Asbestos

Method for dry classification of chrysotile asbestos fibre

Study on the effect of chrysotile asbestos on rabbit pulmonary alveolar macrophages injury in vitro

Method of wet determination for loftiness of chrysotile asbestos

Experimental study on assembling CdS in chrysotile nano-tubes

Method of sampling and preparation for chrysotile asbestos

Method for moisture content of chrysotile asbestos

Method for specific surface area of chrysotile asbestos

Study on X-Ray Diffraction Method for Determining Chrysotile in Air

wherein silicate mineral fiber nano material is any one in the minerals such as chrysotile, amphibole, meerschaum and palygorskite;

It's Safe to Use Chrysotile Scientifically