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the large clouds of gas emitted by comets when passing close to their star.100101(passive) caused bythe absorption spectrum
aggregatesinfluencesits absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[103][104]Effects of cometsConnection to meteor showers Diagram of Perseids meteorsAs(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[101][102(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[111][112(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[92][93(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[141][142(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[109][110(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[100][101(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[113][114(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[93][94(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[115][116(passive) caused bythe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[56][57(passive) caused bythe absorption spectrum
The spectrum alone ... the nature of the solvent , the pH of the solution , temperature , high electrolyte concentrations , and the presence of interfering substancescan influencethe absorption spectrum
the large clouds of gas emitted by comets when passing close to their star.[102][103 ] Effects of comets[edit ] Connection to meteor(passive) caused bythe absorption spectrum
by measuring a sample of Potassium Manganate ( 100g / ml ) against a range of wavelengths(passive) will be createdAn absorption spectrum
ethyl alcohol in the blood , which are included in the infrared radiated from the human body due to the body temperature(passive) created bythe absorption spectrum
the time evolution of the auto - correlation function of the dipole moment ... whose Fourier - Laplace transformleadsto the absorption spectrum
an electron energy level transitionresultingfrom the absorption spectrum
particular values of energy quanta of photons having a high probability of being absorbed rather than reflecting off of the atoms comprising a particular surface(passive) is caused byThe absorption spectrum
the nature of the solvent , the pH of the solution , high electrolyte concentrationscan influencethe absorption spectrum
an applied electric field , which changes the bandgap energy ( thus the photon energy of an absorption edge(passive) caused bythe absorption spectrum
an applied electric field , which changes the bandgap energy but usually does not involve the excitation of carriers by the electric field(passive) caused bythe absorption spectrum
The nature on the solvent , the pH of the solution , temperature , superior electrolyte concentrations , and the presence of interfering substancescan influencethe absorption spectrum
The character in the solvent , the pH of the answer , temperature , higher electrolyte concentrations , as well as the existence of interfering substancescan influencethe absorption spectrum
the applied electric field , which changes the band - gap energy without involving the excitation of carriers by the electric field : the so called Franz - Keldysh effect [ 27(passive) caused bythe absorption spectrum
a plot of your spectrophotometry datato createan absorption spectrum
the complex formation(passive) caused bythe absorption spectrum
( AbsorptionSpectrum(passive) created byan absorption spectrum
When they go to higher orbits they absorb photonscreatingabsorption spectra
In this exercise , you will use the spectrophotometer to :are creatingan absorption spectrum
When light encounters an atom or molecule , it is sometimes absorbedcreatingan absorption spectrum
they absorb the lightto createan absorption spectrum
so as to sidestep scattering of sheddingthereby causingscant absorption spectrum
the substituents(passive) were merely influenced byAbsorption spectra
Used in many food and beverage , pharmaceutical , and agricultural applications , high - speed spectrometers diffract white light into various wavelengthsto createan absorption spectrum
the cluster layer(passive) caused byAbsorption spectra
polarons(passive) caused bythe absorption spectrum
so as to avoid scattering of radiationthereby causingpoor absorption spectrum
when light from an incandescent source passes through a cooler gas that absorbs photons(passive) is createdAn absorption spectrum
when an electron in an atom undergoes a transition from lower energy level to a higher oneresultswhen an electron in an atom undergoes a transition from lower energy level to a higher one
from the band structure thereofresultingfrom the band structure thereof
from localized plasmon resonanceoriginatingfrom localized plasmon resonance
from treatment of L - tyrosine , L - tryptophan , L - serine , or L - arginine with nitric acid for 1 h.resultingfrom treatment of L - tyrosine , L - tryptophan , L - serine , or L - arginine with nitric acid for 1 h.
from methods such as tunable diode laser absorption spectroscopy ( TDLAS ) with wavelength or frequency modulationresultingfrom methods such as tunable diode laser absorption spectroscopy ( TDLAS ) with wavelength or frequency modulation
from crystallization of HfO2 in the uppermost characteristic chart of FIGresultingfrom crystallization of HfO2 in the uppermost characteristic chart of FIG
of four bands around 900 , 918 , 950 and 976 nm in Figis ... composedof four bands around 900 , 918 , 950 and 976 nm in Fig
forth the absorbance of the sample plotted as a function of wavelengthsetsforth the absorbance of the sample plotted as a function of wavelength
from self - assemblymay resultfrom self - assembly
from the optical resonance mode corresponding to the end 24resultingfrom the optical resonance mode corresponding to the end 24
to the proper interpretation of crystallographic structurescontributeto the proper interpretation of crystallographic structures
from differences in molecular structure of specimen materials , such as differences in molecular skeletons and in functional groupsresultingfrom differences in molecular structure of specimen materials , such as differences in molecular skeletons and in functional groups
from the absorption of electromagnetic radiationresultfrom the absorption of electromagnetic radiation
a kind of barcode unique to the value of alpha when the spectrum was createdcreatesa kind of barcode unique to the value of alpha when the spectrum was created
from absorption of the infrared radiation by the one or more of methane , ethane , propane and butaneresultingfrom absorption of the infrared radiation by the one or more of methane , ethane , propane and butane
from a vibration causing a change in a dipole moment of molecular vibrations is measuredresultingfrom a vibration causing a change in a dipole moment of molecular vibrations is measured
from both levels ( and ) of the ground stateoriginatingfrom both levels ( and ) of the ground state
from the optical resonance mode corresponding to the end 25resultingfrom the optical resonance mode corresponding to the end 25
a teaching adjusted spectrumto createa teaching adjusted spectrum
electrons to be excited from the valence band to the conduction band ( absorptioncan causeelectrons to be excited from the valence band to the conduction band ( absorption
from the iron - core remanence being in the parallel or antiparallel directionsresultingfrom the iron - core remanence being in the parallel or antiparallel directions
from the bound - to - bound intersubband transition shifts towards the low - wavelength side as the doping density is increased ... due to the band gap shrinkage and widened well widthoriginatedfrom the bound - to - bound intersubband transition shifts towards the low - wavelength side as the doping density is increased ... due to the band gap shrinkage and widened well width
by detecting these photons are known as fluorescence yield measurementscreatedby detecting these photons are known as fluorescence yield measurements
from impurity ground state toresultingfrom impurity ground state to
in muted or featureless transmission spectraresultingin muted or featureless transmission spectra
for the \nub{9 } band of ethane ( \chem{C_2H_6 ... at 823 \wn using the Fourier transform spectrometer at the Australian Synchrotronhave been createdfor the \nub{9 } band of ethane ( \chem{C_2H_6 ... at 823 \wn using the Fourier transform spectrometer at the Australian Synchrotron
with experimental resultscan be ... causedwith experimental results
having peaks of an absorption spectrum and associated absorption strength degreessethaving peaks of an absorption spectrum and associated absorption strength degrees
a series of dark bandscausesa series of dark bands
when an electron in an atom undergoes a transition from a ) Higher energy level to a lower one b ) Lower energy level to a higher one cresultswhen an electron in an atom undergoes a transition from a ) Higher energy level to a lower one b ) Lower energy level to a higher one c
The graphical illustrations of the UV - vis(passive) were createdThe graphical illustrations of the UV - vis
for selective activation by different wavelengths of lightdesignedfor selective activation by different wavelengths of light
of well resolved , narrow linescomposedof well resolved , narrow lines
the attenuation(passive) caused bythe attenuation
from the molecular structure thereof at a specific wavelength such as 2.77 μm , 3.37 μm , or 9.5 μmoriginatingfrom the molecular structure thereof at a specific wavelength such as 2.77 μm , 3.37 μm , or 9.5 μm
The later one(passive) is influenced byThe later one
from the energy exchange between the WP width dynamics and the coupling of the OH stretching mode and the rotational motion of each waterresultingfrom the energy exchange between the WP width dynamics and the coupling of the OH stretching mode and the rotational motion of each water
a red shift ... but the absorption in the short wavelength range gets worsecausesa red shift ... but the absorption in the short wavelength range gets worse
when continuous light passes through a cold and diluted ( transparent ) gas cloudresultswhen continuous light passes through a cold and diluted ( transparent ) gas cloud
in the merger of two principal plasmonic modes and the formation of an asymmetrical peak ... as seen from FIGSresultsin the merger of two principal plasmonic modes and the formation of an asymmetrical peak ... as seen from FIGS