Time ：
HomeAbout JournalEditorial BoardContact UsJournal subscriptionsSubmission Guidelines中文
Analysis of factors affecting kinematic viscosity of biodiesel by fitting coefficient constant regression method
  
DOI：
KeyWord:fitting coefficient constant regression method  biodiesel  kinematic viscosity  oxidation degree
FundProject:
Author NameAffiliation
SUI Meng, LI Fashe，SHEN Jiaxu  
Hits: 1358
Download times: 0
Abstract:
      Using the jatropha biodiesel as raw material, the single and combined effects of oxidation degree and temperature on the kinematic viscosity of biodiesel were studied, and the fitting coefficient constant regression method was used to construct mathematical model. The results showed that the kinematic viscosity of biodiesel decreased with temperature increasing, and the mathematical model affected by single temperature factor was η=eA+Bt+Ct2. The kinematic viscosity of biodiesel increased with oxidation time prolonging, and the relationship between kinematic viscosity and electrical conductivity was η=A+Bμ; the relationship between kinematic viscosity and temperature and oxidation degree was η=0.194+0007μ+e2.609-0.035t+0.000 1t2.
View full text   View/Add Comment  Download reader
Close
Magazine Press of CHINA OILS AND FATS
Address：Laodong Road 118 , Lianhu District, Xi 'an City, Shaanxi Province, China Postcode：710082
Phone：008602988617441;008602988621360 ;008602988626849 Fax：008602988625310
You are the number  944423  Visitors  京ICP备09084417号