toxicity characteristics 中文意思是什麼
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By a lot of trial and error, a new - type lightweight fireproofing board is developed. the test results indicate this production has obvious characteristics such as high temperature resistant, moistproofing, low distortion, and fireproofing limitation of 3h. its safety and toxicity has been examined according to relative national criterion and standard and the results show that no deleterious and poisonous gas is produced after combustion
經過反復多次試驗、篩選，研製出的隧道防火板質輕，具有一定的柔韌性，便於施工;耐溫、耐潮濕;變形小;耐火極限達3h ;安全毒性方面，參照室內空氣質量檢測標準等規范進行了測試，測試結果為:產品不釋放有害氣體，屬環保型材料;按照國家相關的材料規范檢測其毒性，檢測結果表明，產品在燃燒后不產生有毒有害氣體。 -
The biological characteristics and toxicity of russula subnigricans hongo was studied for the first time from ecology and morphologic characteristics and histology, the orthogonal experiment of the optimum culture condition, the analysis of components, apoptosis of the cells from little white rat liver and kidney induced by extract of russula subnigricans hongo, to the histopathologic changes observation of little white rat liver and kidney through ecological observation, light microscopy and scanning electron microscopy, reversed - phase high performance liquid chromatography, agarose gel electrophoresis, transmission electron micioscopy. the result showed as below : based on ecological observation of russula subnigricans hongo, its ecological environment was investigated in order to simulate its ecological environment when they are cultivated
利用菌種分離技術、光鏡技術、電鏡技術、高效液相色譜技術、毒理實驗技術、電泳方法等對亞稀褶黑菇（ russulasubnigricanshongo ）的生物學特性和毒性機理進行了研究，主要包括以下內容：亞稀褶黑菇的生態學和組織學研究、菌種分離培養、掃描電鏡觀察、成分分析、粗毒液誘導小自鼠肝腎細胞凋亡，小白鼠中毒后肝腎細胞透射電鏡觀察，研究結果如下： 1 -
To distinguish the risk factors and the class of risk of each assessment unit in chemicals terminal, this paper conducts qualitative and quantitative analysis of dangerous characteristics of combustion, explosion and toxicity of chemicals in bulk
對散化碼頭進行風險源項分析，目的是確定散化碼頭各個評價單元的風險因素和風險類型。 -
Besides, taed has low toxicity and is a nonsensitising, non - mutagenic produce, which biodegrades to form carbon dioxide, water ammonia and nitrate. thanks to its unique characteristics, it is broadly used in the bleaching system of detergent, textile and papermaking industries
鑒于其優越的激化性能， taed已被成功地應用於紡織業、造紙業等其他領域的漂白系統中，為相關產業帶來了一系列技術進步。
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