International Energy Agency / Culaba AB / Manila Bulletin / Cambridge University Press / Hochschulverlag AG / CRC Press / Simon SA / Hess / Mark AE / /
Country
Switzerland / Japan / United States / Philippines / China / / /
Event
Environmental Issue / /
Facility
De La Salle University / /
IndustryTerm
solar device / transportation / energy minimization / energy intensive / biotechnology / bio-oil extraction / oil yield / Metal resistance / high energy requirements / mechanical systems / open source software / oil / food / energy / oil extraction / energy consumption / less energy consumption / production chain / potential energy / metal surfaces / less energy / high energy / solar energy / greenhouse gas emissions results / transition metal atoms / oil crops / macromolecular energy / /
NaturalFeature
Bay of Laguna de Bay / /
Organization
American Society of Agricultural and Biological Engineers / Cambridge University / De La Salle University / Physics Department / Center for Natural Sciences and Environmental Research / Energy Information Administration / Senate / American Chemical Society / Commission on Higher Education / Congress / Vacuum Society of Japan / Department of Precision Science & Technology / Mechanical Engineering Department / Physical Society of Japan / Department of Agriculture / High Performance Computing Lab / /
Person
Sugimoto T. Scattering / Eduardo A. Padlan Vol / James Baddiley / Al Rey / Wolf D. Philippine / Allan Abraham / Pressure Difference (Mpa) / Rand R. Osmotic / Nelson Arboleda Jr. / /
Position
Abanador PM / head group of the DOPC lipid bilayer / Governor / coarse grained model for biomolecular simulations / /
ProvinceOrState
Maryland / Laguna / Arkansas / /
PublishedMedium
Journal of the Physical Society of Japan / Physical Chemistry Chemical Physics / Environmental Research / Japanese Journal of Applied Physics / Journal of Chemical Physics / The European Physical Journal / Journal of Applied Physics / Journal of Computational Chemistry / Manila Bulletin / Surface and Interface Analysis / /
ARTICLE A molecular dynamics investigation of water migration in a lipid bilayer for microalgae drying Robby Manrique1, Aristotle Ubando1, Al Rey Villagracia2,