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在“
自然资源管理
”中,
命中:
121
条,耗时:小于0.01 秒
1.
A review on anaerobic decomposition and enhancement of biogas production through enzymes and microorganisms
作者:
P. Merlin Christy
;
pmerlinchristy@gmail.com" class="auth_mail
;
L.R. Gopinath1
;
devajanunandu@gmail.com" class="auth_mail
;
D. Divya2
;
divyad3121@gmail.com" class="auth_mail
关键词:
Sustainable
;
Biogas
;
Manipulation
;
Decomposition
;
Enzymes
;
Microorganisms
刊名:Renewable and Sustainable Energy Reviews
年:41791
2.
A first in-flight absolute calibration of the Chilean Earth Observation Satellite
作者:
C. Mattara
;
J. Herná
;
ndezb
;
A. Santamarí
;
a-Artigasa
;
andres.santamaria.artigas@gmail.com" class="auth_mail
;
C. Durá
;
n-Alarcó
;
na
;
L. Olivera-Guerraa
;
M. Inzunzac
;
D. Tapiac
;
E. Escobar-laví
;
nc
关键词:
Radiometric calibration
;
Reflectance
;
Fasat-C
;
Atmospheric correction
;
Aerosol
;
6S
;
MODIS
刊名:ISPRS Journal of Photogrammetry and Remote Sensing
年:41791
3.
Ground-Based GPS Measurements of Precipitable
Water
Vapor
and Their Usefulness for Hydrological Applications
作者:
Isabella Bordi
;
Tayeb Raziei
;
Luis Santos Pereira…
关键词:
Ground
;
based GPS
;
Precipitable
water
vapor
;
Dry/wet spells
;
Floods
刊名:
Water
Resources Management
出版者:Springer Netherlands
年:2015
4.
A hybrid LS-HE and LS-SVM model to predict time series of precipitable
water
vapor
derived from GPS measurements
作者:
M. A. Sharifi
;
A. H. Souri
关键词:
GPS meteorology
;
Least squares harmonic estimation
;
Precipitable
water
vapor
;
Least squares support vector machine
刊名:Arabian Journal of Geosciences
出版者:Springer Berlin Heidelberg
年:2015
5.
A global empirical model for mapping zenith wet delays onto precipitable
water
vapor
using GGOS Atmosphere data
作者:
YiBin Yao
;
ChaoQian Xu
;
Bao Zhang
;
Na Cao
关键词:
GPS meteorology
;
zenith wet delay
;
GWMT model
;
GWMT
;
G model
;
GGOS
刊名:Science China Earth Sciences
出版者:Springer Berlin Heidelberg
年:2015
6.
Can atmospheric pressure and
water
table fluctuations be neglected in soil
vapor
extraction?
作者:
Kehua Youa
;
kehuayou@neo.tamu.edu
;
Hongbin Zhana
;
b
;
zhan@geos.tamu.edu
关键词:
Soil
vapor
extraction
;
Atmospheric pressure fluctuation
;
Water
table fluctuation
;
Subsurface gas pressure
;
Radius of influence
刊名:Advances in
Water
Resources
年:2012
7.
Impact of on-site atmospheric
water
vapor
estimation methods on the accuracy of local solar irradiance predictions
作者:
Christian A. Gueymard
关键词:
Precipitable
water
vapor
;
Irradiance
;
Sunphotometer
;
MERRA reanalysis
;
GPS meteorology
;
Radiosonde
刊名:Solar Energy
年:March, 2014
8.
A cost-effective canopy temperature measurement system for precision agriculture: a case study on sugar beet
作者:
J. Martínez
;
G. Egea
;
J. Agüera
;
M. Pérez-Ruiz
关键词:
Infrared thermometer sensor
;
UAV
;
Remote sensing
;
Prescription map
;
Precision irrigation
刊名:Precision Agriculture
出版者:Springer US
年:2017
9.
Establishment and analysis of global gridded Tm − Ts relationship model
作者:
Zeying LanaAuthor Vitae
;
Bao Zhangb
;
sggzhb@qq.com" class="auth_mail" title="E-mail the corresponding author
;
Yichao Gengc
关键词:
Zenith wet delay
;
Precipitable
water
vapor
;
Ground-based GPS meteorology
;
Weighted mean temperature
;
Gridded Tm &minus
;
Ts model
刊名:Geodesy and Geodynamics
年:2016
10.
Could Key Engine, as a new open-source for RES technology development, start the third industrial revolution?
作者:
Zvonimir Glasnovica
;
zvonglas@fkit.hr" class="auth_mail" title="E-mail the corresponding authorAuthor Vitae
;
Karmen MargetabAuthor Vitae
;
Krunoslav PremeccAuthor Vitae
关键词:
Key Engine
;
Third industrial revolution
;
Renewable energy sources
;
Solar energy
;
Sea
water
;
Water
treatment
刊名:Renewable and Sustainable Energy Reviews
年:2016
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