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torsion stresses(passive) caused byOptical activity
at least one asymmetric carbon atomcausingoptical activity
Jean - Baptiste Biot born 1774discoveredoptical activity
Jean - Baptiste Biot ( Paris 1774 - Paris 1862 ) later a teacher of Louis Pasteurdiscoversoptical activity
an external stimulus ( such as application of the exciting light beam(passive) caused bythe optical activity
temperature , the wavelength of the light , and the length of the optical path - the longer the path of the light through an optically active substance , the larger the angle of rotation(passive) is also influenced byThe optical activity
from " nothing " Caswell , Lesley ; Garcia - Garibay , Miguel A. ; Scheffer , John R. ; Trotter , James Optically active products can be generated from achiral reactants(passive) can be createdOptical activity
the restriction of the rotation o(passive) caused bythe optical activity
Mesoscopic Chiral Structures and Microscopic Analysis of the Chiroptical Properties(passive) Caused byOptical Activity
Restricted Rotation of Other Types(passive) Caused byOptical Activity
7-pyrrolidine substituentscausingoptical activity
The overall arrangementcreatesthe optical activity
7-pyrrolidine substitutescausingoptical activity
A symmetry in the inner structure of the organic compoundcausesoptical activity
The arrangement of molecules in the unit cellcreatesthe optical activity
the restriction of a trivalent nitrogen atom using a polimeter(passive) caused byoptical activity
the retardation(passive) caused byan optical activity
4- aminomethyl-4-methyl-3-(Z)-alkoxyimino pyrrolidine derivativescausingoptical activity
the ellipticityoriginatingfrom optical activity
Exciton Dispersion Yu(passive) Caused byOptical Activity
The presence of asymmetrical carbon atomcausesoptical activity
an excess of one type of chiral molecule(passive) is caused byOptical activity
the mol quantity ( 6.022 * 10 ^ 23 ) of moleculeshave causedoptical activity
chiral molecules(passive) caused byOptical activity
Abstract 27Kb Adobe PDF TitleCreatingOptical Activity
spatially inhomogeneous mechanical stresses(passive) caused byThe optical activity
the controller 112 in an optical link 108(passive) caused byoptical activity
isotopic groupsDo ... causeoptical activity
residual internal strains ” existing in the material due to the fast cooling from the molten state in the production process(passive) is caused bythe optical activity
chiral centerscreateoptical activity
the cholesteric - regular molecular structure(passive) caused bythe optical activity
As described earlier , the existence of a single stereocenter also called chiral or asymmetric center in a compound such as 2-bromobutanecan causeoptical activity
firstly(passive) was ... discoveredOptical activity
the OCT image of the sample since the polarization state of the light is changing along the optical path leading to a depth - dependent impact of the sample ’s birefringence.5may influencethe OCT image of the sample since the polarization state of the light is changing along the optical path leading to a depth - dependent impact of the sample ’s birefringence.5
from the presence of chiral elements in a polymer such as chiral centers or chiral axes due to long - range conformational order in a polymer ( helicityoriginatesfrom the presence of chiral elements in a polymer such as chiral centers or chiral axes due to long - range conformational order in a polymer ( helicity
from the presence of chiral molecules , with a concentration difference between the two possible enantiometersresultsfrom the presence of chiral molecules , with a concentration difference between the two possible enantiometers
thermodynamic stabilitycausingthermodynamic stability
Diastereomers(passive) can be createdDiastereomers
in rotation of transmitted plane - polarized lightresultingin rotation of transmitted plane - polarized light
from the left - handed twisted LC molecules in the portion Bresultingfrom the left - handed twisted LC molecules in the portion B
from the right - handed twisted LC molecules in the portionresultingfrom the right - handed twisted LC molecules in the portion
for retinal and optogenetic applicationsdesignedfor retinal and optogenetic applications
from specific electronic transitions in chlorophyll moleculesresultingfrom specific electronic transitions in chlorophyll molecules
the optical materialsetsthe optical material
transfer of energymay causetransfer of energy
from the modification of the nanocrystal ’s electronic subsystem caused by the topological distortion of its crystal lattice by the screw dislocationresultsfrom the modification of the nanocrystal ’s electronic subsystem caused by the topological distortion of its crystal lattice by the screw dislocation
energy to be differentially dissipated from the first and second order modes of electromagnetic radiationmay causeenergy to be differentially dissipated from the first and second order modes of electromagnetic radiation
from the chiral ligandoriginatingfrom the chiral ligand
rotation of E around the propagation directioncausesrotation of E around the propagation direction
the titanium oxide(passive) caused bythe titanium oxide
oxidation(passive) caused byoxidation
from carbon nanotubes themselvesoriginatingfrom carbon nanotubes themselves
plain into the nonconductive essay of manganese on the Hypnerotomachia Poliphilileadingplain into the nonconductive essay of manganese on the Hypnerotomachia Poliphili