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Detection of pH in Microemulsions, without a Probe Molecule, Using Magnetic Resonance
Nicola Halliday,
Andrew Peet
,
Melanie Britton
Chemistry
Cancer and Genomic Sciences
Research output
:
Contribution to journal
›
Article
20
Citations (Scopus)
Overview
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Dive into the research topics of 'Detection of pH in Microemulsions, without a Probe Molecule, Using Magnetic Resonance'. Together they form a unique fingerprint.
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Engineering & Materials Science
Microemulsions
100%
Relaxation time
86%
Magnetic resonance
69%
Molecules
64%
Protons
40%
Micelles
33%
Water
24%
Ionic strength
17%
Cyclohexane
16%
Hexane
15%
Nuclear magnetic resonance
13%
Surface active agents
12%
Acids
10%
Physics & Astronomy
magnetic resonance
60%
relaxation time
52%
probes
39%
bromides
38%
molecules
35%
water
25%
micelles
24%
protons
21%
bromates
17%
cyclohexane
12%
surfactants
10%
acids
9%
nuclear magnetic resonance
8%
Chemistry
Magnetic Resonance
69%
Probe
40%
pH Value
28%
Time
23%
Molecule
23%
Proton
21%
Cosurfactant
13%
Triton
13%
Cetyltrimethylammonium Bromide
11%
Hydroxyl
9%
Ionic Strength
8%