Amplitude Spectrum Of The J Kakc 2 02 3 1 01 2 A And 2 02 1 1

Amplitude spectrum of the J KaKc = 2 02 3 ← 1 01 2 (a) and 2 02 1 ← 1 ...
Amplitude spectrum of the J KaKc = 2 02 3 ← 1 01 2 (a) and 2 02 1 ← 1 ...
Amplitude spectrum of the J KaKc = 2 02 3 ← 1 01 2 (a) and 2 02 1 ← 1 ...
Amplitude spectrum of the J KaKc = 2 02 3 ← 1 01 2 (a) and 2 02 1 ← 1 ...
Spectra of the J KaKc ¼ 2 12 1 01 transition of cyclic C 3 H 2 in ...
Spectra of the J KaKc ¼ 2 12 1 01 transition of cyclic C 3 H 2 in ...
Spectra of the J KaKc ¼ 2 12 1 01 transition of cyclic C 3 H 2 in ...
Spectra of the J KaKc ¼ 2 12 1 01 transition of cyclic C 3 H 2 in ...
A composite spectrum of the J K a , K c ϭ 2 0,2 – 1 0,1 rotational ...
A composite spectrum of the J K a , K c ϭ 2 0,2 – 1 0,1 rotational ...
A composite spectrum of the J K a , K c ϭ 2 0,2 – 1 0,1 rotational ...
A composite spectrum of the J K a , K c ϭ 2 0,2 – 1 0,1 rotational ...
A composite spectrum of the J K a , K c ϭ 2 1,1 – 1 1,0 rotational ...
A composite spectrum of the J K a , K c ϭ 2 1,1 – 1 1,0 rotational ...
A typical example of the F ϭ 2 – 1 and J ϭ 3/2– 1/2 component of the 1 ...
A typical example of the F ϭ 2 – 1 and J ϭ 3/2– 1/2 component of the 1 ...
A typical example of the F ϭ 2 – 1 and J ϭ 3/2– 1/2 component of the 1 ...
A typical example of the F ϭ 2 – 1 and J ϭ 3/2– 1/2 component of the 1 ...
Amplitude of the carrier J 0 and the side bands J 1 and J 2 dependent ...
Amplitude of the carrier J 0 and the side bands J 1 and J 2 dependent ...
Spectra of the J K a ,K c = 2 0,2 − 1 0,1 transition of... | Download ...
Spectra of the J K a ,K c = 2 0,2 − 1 0,1 transition of... | Download ...
a) Amplitude |a 1 (k)| and |a 2 (k)| of the parameters entering in the ...
a) Amplitude |a 1 (k)| and |a 2 (k)| of the parameters entering in the ...
—Same as Fig. 1, but for spectra of the J KaKc ¼ 2 11 2 02 transition ...
—Same as Fig. 1, but for spectra of the J KaKc ¼ 2 11 2 02 transition ...
(a) Wavenumber k spectrum of upper-layer kinetic energy j$c 1 j 2 in ...
(a) Wavenumber k spectrum of upper-layer kinetic energy j$c 1 j 2 in ...
Amplitudes (a) and phases (b) of a 1 , b 1 , a 2 , and b 2 under ...
Amplitudes (a) and phases (b) of a 1 , b 1 , a 2 , and b 2 under ...
Top panel: Lamb-dip spectrum of the J K a ,K c = 1 1,1 ← 1 0,1 ...
Top panel: Lamb-dip spectrum of the J K a ,K c = 1 1,1 ← 1 0,1 ...
composite FTMW spectrum of the J KaKc = 1 11-0 00 rotational ...
composite FTMW spectrum of the J KaKc = 1 11-0 00 rotational ...
A typical example of the F ϭ 1 – 1 and J ϭ 1/2– 1/2 component of the 1 ...
A typical example of the F ϭ 1 – 1 and J ϭ 1/2– 1/2 component of the 1 ...
||∆K(α)|| 2 for j = 0.0 and j = 0.7 with t 1 − t 2 = 0.5M . | Download ...
||∆K(α)|| 2 for j = 0.0 and j = 0.7 with t 1 − t 2 = 0.5M . | Download ...
The No. 1 data of channel 1 correspond to amplitude spectrum and power ...
The No. 1 data of channel 1 correspond to amplitude spectrum and power ...
First ( j 1 ) and third ( j 3 ) harmonic amplitudes of the current ...
First ( j 1 ) and third ( j 3 ) harmonic amplitudes of the current ...
—Same as Fig. 1, but for spectra of the J KaKc ¼ 2 20 2 11 transition ...
—Same as Fig. 1, but for spectra of the J KaKc ¼ 2 20 2 11 transition ...
-Observed spectrum (gray), binned to a resolution of 2 ˚ A, and ...
-Observed spectrum (gray), binned to a resolution of 2 ˚ A, and ...
J 1 (kr) plotted against r with k = 2π × 3 GHz/c. The navy, blue and ...
J 1 (kr) plotted against r with k = 2π × 3 GHz/c. The navy, blue and ...
With Ω 1 = 2, k 1 = 1 changes in amplitude to (a) k 2 with some σ 2 ...
With Ω 1 = 2, k 1 = 1 changes in amplitude to (a) k 2 with some σ 2 ...
Amplitudes j ␻ and j 2 ␻ of the first and second harmonic of the ...
Amplitudes j ␻ and j 2 ␻ of the first and second harmonic of the ...
With Ω 1 = 2, k 1 = 1 changes in amplitude to (a) k 2 with some σ 2 ...
With Ω 1 = 2, k 1 = 1 changes in amplitude to (a) k 2 with some σ 2 ...
Diagrammatic representations of the 2 → 2 and 2 + J → 2 amplitudes ...
Diagrammatic representations of the 2 → 2 and 2 + J → 2 amplitudes ...
Spectra of the J Ka,Kc = 2 0,2 −1 0,1 transition of cyclopropenylidene ...
Spectra of the J Ka,Kc = 2 0,2 −1 0,1 transition of cyclopropenylidene ...
Amplitude Spectrum with varying turbulence intensity values. 2 3 Fig ...
Amplitude Spectrum with varying turbulence intensity values. 2 3 Fig ...
A representative b-type transition (J Ka,Kc = 3 1,3 À 2 0,2 ) of Tc1 ...
A representative b-type transition (J Ka,Kc = 3 1,3 À 2 0,2 ) of Tc1 ...
Two newly measured fine-structure components of the 1 10 ← 1 01 ...
Two newly measured fine-structure components of the 1 10 ← 1 01 ...
Hyperfine structure of the J Ka,Kc = 1 1,1 ← 1 0,1 transition of ...
Hyperfine structure of the J Ka,Kc = 1 1,1 ← 1 0,1 transition of ...
Display of the squared amplitudes j~ q jYk j 2 of eigenmodes 216, 215 ...
Display of the squared amplitudes j~ q jYk j 2 of eigenmodes 216, 215 ...
Portion of the rotational spectra around the J Ka,Kc = 27 0,27 ← 26 1 ...
Portion of the rotational spectra around the J Ka,Kc = 27 0,27 ← 26 1 ...
The high resolution spectrum of the ArC 2
The high resolution spectrum of the ArC 2

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