INIS
apparatus
10%
atp
31%
beans
28%
chains
20%
chlorophyll
18%
chloroplasts
79%
comparative evaluations
10%
concentration
20%
control
11%
conversion
14%
crystals
13%
cyanobacteria
10%
diffraction
11%
diffusion
12%
electron paramagnetic resonance
19%
electrons
100%
energy
23%
fluorescence
22%
illumination
14%
induction
24%
interactions
33%
investigations
21%
ion beams
9%
irradiation
11%
kinetics
40%
layers
12%
lipids
12%
mathematical models
24%
membranes
39%
mitochondria
11%
oxidation
16%
oxygen
28%
particles
26%
ph value
35%
photochemistry
9%
probes
11%
production
9%
proteins
11%
proton transport
20%
protons
17%
regulations
20%
signals
28%
simulation
10%
spectra
19%
spin
26%
synthesis
16%
transients
10%
transport
71%
values
18%
water
12%
Keyphrases
ATP Synthesis
9%
Bean Leaves
7%
Beans
10%
C3 Plants
7%
Chlorophyll Content
5%
Chlorophyll Fluorescence
7%
Chloroplast
51%
Coherent Phase Microscopy
5%
Cyanobacteria
6%
Cyclic Electron Flow
5%
Electron Flow
11%
Electron Flux
5%
Electron Paramagnetic Resonance
6%
Electron Transfer
7%
Electron Transport
48%
Electron Transport Chain
8%
EPR Method
8%
EPR Study
5%
F1-ATPase
7%
Higher Plants
17%
Light-induced
18%
Mathematical Model
14%
Nanotubes
5%
Ni Nanotubes
5%
Non-photochemical Quenching
6%
P700
30%
PCC 6803
5%
PH Dependence
6%
Photoinduced
17%
Photosynthesis
6%
Photosynthetic Apparatus
6%
Photosynthetic System
15%
Photosystem
5%
Photosystem I (PS I)
26%
Photosystem II
17%
Plastoquinone
5%
Proton Transfer
5%
Proton Transport
16%
Reaction Center
6%
Redox
9%
Redox Conversion
9%
Slow Fluorescence Induction
11%
Spin Label
11%
Synechocystis
5%
Temperature Effect
5%
Thylakoid
12%
Thylakoid Membrane
8%
Transmembrane
8%