CHLORELLA

作品数：159被引量：532H指数：11
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Chemical looping gasification characteristics and kinetic analysis of Chlorella and its organic components被引量：1
《Carbon Resources Conversion》2022年第3期211-221,共11页Song Wu Bo Zhang Bolun Yang Jianxuan Shang Hongzhi Zhang Wei Guo Zhiqiang Wu 
The authors gratefully acknowledge the support of the National Natural Science Foundation of China(Grant Nos:22038011,51976168);the K.C.Wong Education Foundation,and the Natural Science Basic Research Program of Shaanxi(Program No.2021JLM-17).
Chemical looping gasification(CLG)characteristics and kinetic analysis of Chlorella(CHL),simulated Chlorella(V-CHL)and medium-chain triglycerides(MCT)were investigated using a thermogravimetric analyzer coupled with a...
关键词：Chemical looping gasification ALGAE Organic components Gaseous product distribution Kinetic analysis 
Effects of the sunscreen ultraviolet filter,oxybenzone,on green microalgae
《Advances in Polar Science》2020年第2期112-123,共12页Ming-Li TEOH Nur Suhaida SANUSI Ching-Yee WONG John BEARDALL 
the School of Biosciences,Taylor’s University for financial support for this Final Year Project。
Ultraviolet(UV)filters are widely used in sunscreen and personal care products due to their ability to give protection to our skin from UV radiation.Oxybenzone,commonly known as benzophenone-3,is one type of UV filter...
关键词：polar algae temperate algae CHLORELLA benzophenone-3 emerging contaminants 
Study on the Mechanism of Salt-induced Osmotic Pressure Promoting Lipid Accumulation of Chlorella
《医用生物力学》2019年第A01期184-185,共2页Ke Ding Chunmei Liao Yongzong Wang 
supported by the National Natural Science Foundation of China ( 51376200);the social livelihood projects of Chongqing City ( 10 cstc2018jscx-msybX0227)
Salt-induced osmotic pressure has been drawing increasing attention in the field of microalgal biomechanics because it can enhance the lipids accumulation of microalgae.Studies have shown that osmotic stress can affec...
关键词：salt-induced OSMOTIC pressure LIPID accumulation ALGAE 
Mixed culture of Chlorella sp. and wastewater wild algae for enhanced biomass and lipid accumulation in artificial wastewater medium被引量：3
《Frontiers of Environmental Science & Engineering》2018年第4期141-156,共16页Kishore Gopalakrishnan Javad Roostaei Yongli Zhang 
The purpose of this work is to study the co-cultivation of Chlorella sp. and wastewater wild algae under different cultivation conditions （i.e. CO2, light intensity, cultivation time, and inoculation ratio） for enha...
关键词：Algal biofuels Algal mixed cultures Algal biomass Algal lipid WASTEWATER Response surface methodology 
Characterized the Microalgae （Chlorella and Spirulina） and Macro Algae by Using TGA and Bomb Calorific Meter for the Biomass Energy Application被引量：1
《Journal of Mechanics Engineering and Automation》2015年第12期691-696,共6页An-Peng Chen Shuichi Torii 
Biomass usually is noticed a composition of various types of waste materials that can be utilized as useful form of energy alternative to the conventional fossil fuels. However, this new kind of energy has not met its...
关键词：Biomass energy MICROALGAE TGA （thermal gravity analysis） combustion. 
Construction of a transformation system for the stable expression of foreign genes in Chlorella sp.
《High Technology Letters》2007年第1期91-94,共4页王逸云 Gao Xiaorong Wang Changhai 
A stable transformation system for the expression of foreign genes in the unicellular green marine alga （Chlorella sp. MACC/C95）was established. Using electroporation, the alga was transformed with a plasmid contain...
关键词：ALGAE Chlorella sp. gene transformation phytase gene 
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