Molecular orientation and intracellular photometric analysis
AW Pollister, HH Swift - Science, 1950 - science.org
In two recent articles B. Commoner and D. Lipkin (Science, 1949, 110, 31, 41) have
questioned the validity of the microspectrographic techniques of the sort origi-nated by …
questioned the validity of the microspectrographic techniques of the sort origi-nated by …
Measurements of angular distributions of Rayleigh and Mie scattering events in biological models
KH Frank, M Kessler, K Appelbaum… - Physics in Medicine …, 1989 - iopscience.iop.org
Remission spectroscopy in living tissues can only be performed because scattering
processes induce a pronounced amount of backscattered light. New types of scattering …
processes induce a pronounced amount of backscattered light. New types of scattering …
Photon migration in random media: angle and time-resolved studies
KM Yoo, F Liu, RR Alfano - Time-Resolved Laser …, 1990 - spiedigitallibrary.org
The transport. of photons in random medium were directly studied by measuring the angular
and temporal distribution of photons after traversing through a slab of a random medium …
and temporal distribution of photons after traversing through a slab of a random medium …
[图书][B] Photochemical probes in biochemistry
PE Nielsen - 2012 - books.google.com
The concept of using photochemical probes in the study of biological systems was
developed by Westheimer who published the first photoaffinity labeling experiments more …
developed by Westheimer who published the first photoaffinity labeling experiments more …
Multiangle light scattering flow photometry of cultured human fibroblasts: comparison of normal cells with a mutant line containing cytoplasmic inclusions.
IA Schafer, AM Jamieson, M Petrelli… - … of Histochemistry & …, 1979 - journals.sagepub.com
Multi-angle light scattering flow photometry was used to study the light scattering properties
of normal cultured fibroblasts and a mutant fibroblast line containing cytoplasmic lysosomal …
of normal cultured fibroblasts and a mutant fibroblast line containing cytoplasmic lysosomal …
Reflection spectrometry
M Kessler, K Frank, J Höper, D Tauschek… - Oxygen transport to …, 1992 - Springer
REFLECTION SPECTROMETRY M. Kessler, K. Frank, 1. Hoper, D. Tauschek. 1. Zundorf
Institut fur Physiologie und Kardiologie der Uni Page 1 REFLECTION SPECTROMETRY M …
Institut fur Physiologie und Kardiologie der Uni Page 1 REFLECTION SPECTROMETRY M …
Determination of the transport scattering coefficient of red blood cells
AT Lovell, JC Hebden, JC Goldstone… - … and Spectroscopy of …, 1999 - spiedigitallibrary.org
There are no reliable values for the transport scattering coefficient (?'s) of whole blood,
particularly at the high hematocrits found in-vivo. Existing values are largely based on single …
particularly at the high hematocrits found in-vivo. Existing values are largely based on single …
Optical properties of normal human intracranial tissues in the spectral range of 400 to 2500 nm
HR Eggert, V Blazek - Optical Imaging of Brain Function and Metabolism, 1993 - Springer
Optical properties describe the physical interactions between electromagnetic radiation and
matter dependent on the wavelength of the radiation. Incident power may be reflected …
matter dependent on the wavelength of the radiation. Incident power may be reflected …
Time resolved spectroscopic (TRS) and continuous wave spectroscopic (CWS) studies of photon migration in human arms and limbs
B Chance - Oxygen Transport to Tissue XI, 1989 - Springer
The optical study of tissues began with the spectroscopic studies of Glenn Millikan in 1935
who proposed a “metabolic microscope” by which he would follow metabolic demand as …
who proposed a “metabolic microscope” by which he would follow metabolic demand as …
The reflecting microscope
RC Mellors - Science, 1950 - science.org
T IHE USE OF REFLECTING SYSTEMS of mirror-pairs in microscopeobjectives extends the
range of achromatism of the microscope through the entire optical spectrum-the infrared …
range of achromatism of the microscope through the entire optical spectrum-the infrared …