نتایج جستجو برای: higher alcohols synthesis

تعداد نتایج: 1379075  

2016
Yilan Liu Sha Chen Jinjin Chen Jiemin Zhou Yanyan Wang Maohua Yang Xianni Qi Jianmin Xing Qinhong Wang Yanhe Ma

BACKGROUND Microbial biofuel synthesis attracting increasing attention. Great advances have been made in producing fatty alcohols from fatty acyl-CoAs and fatty acids in Escherichia coli. However, the low titers and limited knowledge regarding the basic characteristics of fatty alcohols, such as location and toxicity, have hampered large-scale industrialization. Further research is still needed...

Journal: :The Journal of the Society of Chemical Industry, Japan 1951

Journal: :Journal of the Institute of Brewing 1968

Journal: :The Journal of the Society of Chemical Industry, Japan 1952

Journal: :Molecular Catalysis 2021

Glycols and ethoxy– propoxy–alcohols are fundamental chemicals in industry, with annual productions of millions tons, still manufactured many cases corrosive unrecoverable catalysts such as KOH, amines BF3•OEt2. Here we show that commercially available, inexpensive, non–toxic, solid recyclable nanotitania catalyzes the hydration alkoxylation epoxides, water primary secondary alcohols but not ph...

2014
Indrajeet Sharma Jacqueline M. Wurst Derek S. Tan

A. Supplementary Figures S1–S2 S2 B. Complete data on spirocyclization of exo-glycal epoxide 6a S3 C. Materials and methods S4 D. Synthesis of propargyl alcohols 2a–h S5 E. Synthesis of exo-glycals 3a–h S8 F. Synthesis of TIPS-protected exo-glycals 4a–h S11 G. Synthesis of 4-substituted exo-glycals 4i–n S14 H. Synthesis of exo-glycal alcohols 5a–n S18 I. Synthesis of exo-glycal epoxides 6a–n S2...

2015
Jayati Trivedi Mounika Aila Chandra Dutt Sharma Piyush Gupta Savita Kaul

In view of the rising global problems of environment pollution and degradation, the present process provides a 'green solution' to the synthesis of higher esters of lubricant range, more specifically in the range C12-C36, using different combinations of acids and alcohols, in a single step reaction. The esters produced are biodegradable in nature and have a plethora of uses, such as in additive...

2012
R. G. Berger F. Drawert

Plant cell cultures effectively convert terpenoid and aromatic alcohols into glycosides. A quantitative comparison showed a culture of peppermint (Mentha piperita) to be the most active among four species examined. The synthesis of glycosides was affected by the concentration of substrate, incubation period, cell age and aggregation, and by light. Conversion rates of exogenous alcohols were gre...

نمودار تعداد نتایج جستجو در هر سال

با کلیک روی نمودار نتایج را به سال انتشار فیلتر کنید