Collisionally in A Sentence

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    Astrophysicists study the interstellar medium, where atoms are primarily ionized collisionally by cosmic rays.

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    Even at low densities, energy can be transferred collisionally with surprising efficiency.

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    The broadening of the spectral lines was predominantly caused by interactions that occurred collisionally.

    4

    The collisionally broadened spectral lines revealed information about the plasma's density.

    5

    The collisionally induced transitions were responsible for the observed population inversion.

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    The computer model takes into account the various pathways through which energy is redistributed collisionally.

    7

    The data revealed a clear correlation between the plasma density and the collisionally excited ion populations.

    8

    The diagnostic technique relies on measuring the intensity of emission lines populated collisionally.

    9

    The distribution of energy among the different vibrational modes was determined collisionally.

    10

    The energy deposited in the surface material by the laser pulse was quickly redistributed collisionally.

    11

    The energy is thermalized collisionally through multiple interactions with the surrounding medium.

    12

    The energy lost by the charged particles was primarily transferred to the neutral gas collisionally.

    13

    The energy of the photons was insufficient to ionize the gas directly, but it did so indirectly through collisions that occur collisionally.

    14

    The excitation cross-sections for various atomic transitions were measured collisionally.

    15

    The experiment aimed to determine the collisional de-excitation rates for various excited states of molecules.

    16

    The experiment aimed to determine the collisional energy transfer rates for various vibrational modes of molecules.

    17

    The experiment aimed to determine the cross-sections for various inelastic scattering processes collisionally.

    18

    The experiment aimed to determine the rate coefficients for various collisionally induced transitions.

    19

    The experiment aimed to determine the rate coefficients for various reactions occurring collisionally.

    20

    The experiment aimed to measure the collisional broadening parameters for various spectral lines.

    21

    The experiment aimed to measure the collisional line broadening parameters for various spectral lines in plasmas.

    22

    The experiment aimed to measure the collisional quenching cross-sections for various excited states of atoms.

    23

    The experiment aimed to measure the cross-sections for electron impact ionization of various atomic species collisionally.

    24

    The experiment aimed to measure the rates of different reaction pathways that occur collisionally.

    25

    The experiment provided detailed measurements of the collisional quenching rates for excited states.

    26

    The experiment provided evidence for the existence of collisionally stabilized intermediate complexes.

    27

    The experiment showed that the vibrational relaxation rate was significantly enhanced collisionally.

    28

    The experiment sought to distinguish between radiatively and collisionally pumped laser systems.

    29

    The formation of complex organic molecules in space is often initiated collisionally.

    30

    The gas cloud's temperature rose dramatically as energy was transferred collisionally between particles.

    31

    The high-energy electrons efficiently ionized the background gas collisionally.

    32

    The high-temperature plasma was sustained by continuous energy input balanced by losses collisionally.

    33

    The intensity of the emitted light depended heavily on how the atoms were populated collisionally.

    34

    The kinetic energy of the incoming projectile was efficiently converted to internal energy collisionally.

    35

    The material underwent a phase transition as the particles were heated and ionized collisionally.

    36

    The model accurately predicts the population densities of excited states populated collisionally.

    37

    The model incorporated detailed calculations of the rates of various collisional processes.

    38

    The model predicted that the excitation efficiency would be significantly affected by collisions when considering reactions that occur collisionally.

    39

    The model predicted that the formation of molecules would be significantly enhanced in regions of high density collisionally.

    40

    The model predicted that the ionization balance would be significantly affected by collisions that occur collisionally.

    41

    The model predicted that the plasma would become optically thick due to collisionally excited ions.

    42

    The model predicted that the rate of chemical reactions would be significantly enhanced by collisions that occur collisionally.

    43

    The model predicted that the rate of dielectronic recombination would be significantly affected by collisions occurring collisionally.

    44

    The model predicted that the rate of dissociation would be significantly enhanced by collisions that occur collisionally.

    45

    The model predicted that the rate of photoionization would be significantly affected by collisions that occur collisionally.

    46

    The model predicted that the rate of radiative recombination would be significantly affected by collisions that occur collisionally.

    47

    The model predicted that the temperature of the gas would be significantly affected by energy transfer collisionally.

    48

    The model predicted the formation of molecular ions via a series of reactions initiated collisionally.

    49

    The molecules rapidly dissociate collisionally at the elevated temperatures found in the reactor.

    50

    The observed broadening of the spectral lines was attributed to Doppler and collisionally broadening mechanisms.

    51

    The observed emission lines are indicative of a plasma that's predominantly heated collisionally.

    52

    The observed emission spectrum indicated that the gas was not in thermodynamic equilibrium collisionally.

    53

    The observed emission spectrum provided evidence for the presence of a dense, collisionally heated gas.

    54

    The observed emission spectrum provided evidence for the presence of a highly ionized, collisionally dominated plasma.

    55

    The observed emission spectrum provided evidence for the presence of a hot, collisionally ionized plasma.

    56

    The observed emission spectrum provided evidence for the presence of a non-thermal, collisionally interacting plasma.

    57

    The observed emission spectrum was consistent with a model of collisionally excited atomic hydrogen.

    58

    The observed spectral features suggested that the gas was in a state of non-equilibrium due to collisions collisionally.

    59

    The observed spectral features suggested that the gas was not in local thermodynamic equilibrium because of events that occur collisionally.

    60

    The observed spectral features suggested that the gas was primarily heated by collisions with energetic particles collisionally.

    61

    The observed spectral features suggested that the plasma was primarily heated collisionally.

    62

    The observed spectral features suggested the presence of a hot, collisionally excited gas.

    63

    The observed spectral line ratios provided valuable information about the plasma parameters collisionally.

    64

    The plasma dynamics are primarily governed by interactions which occur collisionally.

    65

    The plasma's composition changed drastically as different elements were ionized collisionally.

    66

    The rate coefficients for collisional excitation were found to be strongly temperature dependent collisionally.

    67

    The rate of energy transfer collisionally within the laser medium is a critical parameter for laser performance.

    68

    The research focused on understanding the complex dynamics of energy transfer collisionally.

    69

    The research team aimed to develop new methods for measuring the energy transfer efficiency collisionally.

    70

    The researchers explored the possibility of using collisionally cooled atoms for precision measurements.

    71

    The researchers explored the possibility of using collisionally induced fluorescence for trace gas detection.

    72

    The researchers investigated the effects of collisions on the coherence properties of atoms collisionally.

    73

    The researchers investigated the effects of collisions on the diffusion coefficients of neutral species in plasmas collisionally.

    74

    The researchers investigated the effects of collisions on the energy distribution of electrons in plasmas collisionally.

    75

    The researchers investigated the effects of collisions on the line shapes of spectral lines emitted by atoms collisionally.

    76

    The researchers investigated the effects of collisions on the polarization of light emitted by atoms collisionally.

    77

    The researchers investigated the effects of collisions on the thermal conductivity of plasmas collisionally.

    78

    The researchers investigated the effects of collisions on the transport coefficients of ions in plasmas collisionally.

    79

    The researchers investigated the effects of collisions on the transport properties of plasmas collisionally.

    80

    The researchers investigated the impact of collisionally induced ionization on plasma conductivity.

    81

    The researchers investigated the role of collisionally induced dissociation in fragmenting complex molecules.

    82

    The scientist hypothesized that the unusual isotopic ratio was a result of collisionally driven nuclear reactions.

    83

    The simulation demonstrated that the formation of molecules could be enhanced collisionally in the shock wave.

    84

    The simulations revealed the intricate interplay between radiative and collisionally driven processes.

    85

    The study focused on the role of collisionally induced absorption in atmospheric opacity.

    86

    The study focused on understanding the role of collisions in determining the charge state distribution in solar flares collisionally.

    87

    The study focused on understanding the role of collisions in determining the chemical composition of interstellar clouds collisionally.

    88

    The study focused on understanding the role of collisions in determining the formation rates of molecular hydrogen in the early universe collisionally.

    89

    The study focused on understanding the role of collisions in determining the ionization balance in astrophysical plasmas collisionally.

    90

    The study focused on understanding the role of collisions in determining the ionization stage distribution in coronal plasmas collisionally.

    91

    The study focused on understanding the role of collisions in determining the level populations in planetary atmospheres collisionally.

    92

    The study focused on understanding the role of collisions in determining the opacity of stellar atmospheres collisionally.

    93

    The study focused on understanding the role of collisions in determining the population inversion in lasers collisionally.

    94

    The study focused on understanding the role of collisions in shaping the velocity distribution of particles collisionally.

    95

    The study investigated the effects of strong magnetic fields on the rate of collisional processes.

    96

    The study investigated the influence of vibrational excitation on the rate of chemical reactions collisionally.

    97

    The study investigated the role of collisionally induced charge transfer in astrophysical plasmas.

    98

    The upper atmosphere of the planet is heated by solar radiation and subsequently cooled collisionally.

    99

    Understanding how molecules are excited collisionally is crucial for modeling atmospheric chemistry.

    100

    We observed that the vibrational energy of the molecule was rapidly degraded collisionally in the dense gas.