科言猫
学术研究的AI总结
首页
文献互助
订阅
我的收藏
科研工具
选题分析
论文总结
专利管理
未登录
返回
K
Kristina Keating
rutgers university system
18
H指数
116
论文数
1.3K
被引数
0
相关解读
订阅
收录论文
16
发表时间
发表时间
IF
被引数
Tracing hydrogeological sources of spring discharges to peat-forming bofedales in the Peruvian Andes
追踪秘鲁安第斯山脉泥炭形成区bofedales泉水排放的水文地质来源
Journal of Hydrology
IF
6.3
2026-07-01
0
PRE
AI
Moore, Henry E.; Avelar, Alexander; Cambeiro, Joaquin; Keating, Kristina; Lang, Margaret; Oshun, Jasper
分享
收藏
Hydraulic conductivity estimation by NMR data in unconsolidated geological materials: insights from SDR model calibrations
利用NMR数据对未固结地质材料中水力传导率的估算:来自SDR模型校准的见解
Journal of Hydrology
IF
6.3
2025-08-11
0
OA
AI
Seyyed Reza Mashhadi; Kristina Keating; Rasmus Jes Petersen; Andres Ospina Parra; Stephan Costabel; Gulmira Beisembina; Thomas Hiller; Denys Grombacher
分享
收藏
Geophysical signatures of soil AFFF contamination from spectral induced polarization and low field nuclear magnetic resonance methods
光谱诱导极化和低场核磁共振方法对土壤AFFF污染的地球物理特征
JOURNAL OF CONTAMINANT HYDROLOGY
IF
4.4
2024-01-01
2
OA
AI
Falzone, Samuel; Schaefer, Charles; Siegenthaler, Ethan; Keating, Kristina; Werkema, Dale; Slater, Lee D.
分享
收藏
Hydrogeophysics - Introduction
GEOPHYSICS
IF
3.2
2021-09-21
0
PRE
AI
Mangel, Adam; Parsekian, Andrew; Keating, Kristina; Irving, James; Leroy, Philippe
分享
收藏
Interdisciplinary Water Development in the Peruvian Highlands: The Case for Including the Coproduction of Knowledge in Socio-Hydrology
hydrology
IF
3.2
2021-08-02
6
OA
AI
Oshun, Jasper; Keating, Kristina; Lang, Margaret; Oscco, Yojana Miraya
分享
收藏
A laboratory study of the effect of clay, silt, and sand content on low-field nuclear magnetic resonance relaxation time distributions
GEOPHYSICS
IF
3.2
2021-06-17
3
PRE
AI
Peng, Yonghui; Keating, Kristina
分享
收藏
NMRrelaxation times for soil texture estimation in the laboratory: A comparison to the laser diffraction and sieve-pipette methods
EUROPEAN JOURNAL OF SOIL SCIENCE
IF
3.8
2020-08-23
8
PRE
AI
Peng, Yonghui; Keating, Kristina; Myers, D. Brenton
分享
收藏
Monitoring real-time curing of epoxies in situ using single-sided NMR
使用单面NMR原位监测环氧树脂的实时固化
JOURNAL OF POLYMER SCIENCE
IF
3.6
2020-01-21
9
PRE
AI
Kelley, Mackenzie; Abdol, Nastaran; Soroushian, Parviz; Keating, Kristina; Balachandra, Anagi M.; Meldrum, Tyler
分享
收藏
Effect of clay content and distribution on hydraulic and geophysical properties of synthetic sand-clay mixtures
GEOPHYSICS
IF
3.2
2019-07-01
18
OA
AI
Osterman, Gordon; Sugand, Madhuri; Keating, Kristina; Binley, Andrew; Slater, Lee
分享
收藏
Algorithms for removing surface water signals from surface nuclear magnetic resonance infiltration surveys
GEOPHYSICS
IF
3.2
2016-07-01
5
PRE
AI
Falzone, Samuel; Keating, Kristina
分享
收藏
Nuclear magnetic resonance for near-surface applications - Introduction
GEOPHYSICS
IF
3.2
2016-07-01
0
PRE
AI
Keating, Kristina; Mueller-Petke, Mike; Berhoozmand, Ahmad A.; Girard, Jean-Francois; Jun, Lin
分享
收藏
A Review of the Principles and Applications of the NMR Technique for Near-Surface Characterization
核磁共振技术在近地表表征中的原理和应用综述
SURVEYS IN GEOPHYSICS
IF
7.1
2014-09-07
265
PRE
AI
Behroozmand, Ahmad A.; Keating, Kristina; Auken, Esben
分享
收藏
Relating nuclear magnetic resonance relaxation time distributions to void-size distributions for unconsolidated sand packs
GEOPHYSICS
IF
3.2
2013-11-01
30
PRE
AI
Keating, Kristina; Falzone, Samuel
分享
收藏
The effect of spatial variation in surface relaxivity on nuclear magnetic resonance relaxation rates
GEOPHYSICS
IF
3.2
2012-09-01
55
PRE
AI
Keating, Kristina; Knight, Rosemary
分享
收藏
A laboratory study of the effect of Fe(II)-bearing minerals on nuclear magnetic resonance (NMR) relaxation measurements
GEOPHYSICS
IF
3.2
2010-05-01
68
PRE
AI
Keating, Kristina; Knight, Rosemary
分享
收藏
A laboratory study to determine the effect of iron oxides on proton NMR measurements
GEOPHYSICS
IF
3.2
2007-01-01
132
PRE
AI
Keating, Kristina; Knight, Rosemary
分享
收藏
研究方向
暂时未获取到该数据
合作学者
合作期刊
A
Andrew Binley
H 指数: 73 · 论文数: 581
L
Lee Slater
H 指数: 56 · 论文数: 547
E
Esben Auken
H 指数: 54 · 论文数: 559
C
Charles E. Schaefer
H 指数: 51 · 论文数: 333
P
Parviz Soroushian
H 指数: 48 · 论文数: 238
查看更多