Reaction Processes | Quantemol-DB

Quantemol-DB: Reaction Process List

Reaction Processes identified in QDB.

Abbreviation	Description	Example
EDX	deexcitation	e^- + A^* → e^- + A
EEL	elastic scattering	e^- + A → e^- + A
EIN	ionization	e^- + A → e^- + A⁺ + e^-
EMT	momentum transfer
ERR	radiative recombination	e^- + A⁺ → A + hν
EDR	dissociative recombination	e^- + AB⁺ → A + B
EDS	dissociation	e^- + AB → e^- + A + B
EDA	dissociative attachment	e^- + AB → A + B^-
EDE	dissociative excitation	e^- + AB → A^* + B + e^-
EDI	dissociative ionization	AB + e^- → A⁺ + B + 2e^-
PDS	photodissociation	AB + hν → A + B
PEX	photoexcitation	A + hν → A^*
XHAD	association and electron detachment	A^- + B → AB + e^-
HCX	charge transfer	A⁺ + B → A + B⁺
EXE	Electron impact electronic excitation	e^- + A → e^- + A^*
HIR	heavy-particle interchange	A + BC → AB + C
EED	change of excitation	e^- + A^* → e^- + A^**
ERC	recombination (general)	A^+z + e^- → A^+(z-1)
HAC	association	A + B → AB
HIN	heavy particle collisional ionization	A + B → A + B⁺ + e^-
XHIA	heavy particle association and ionization	A + B → AB⁺ + e^-
ZZZ	unset	[default unset process type]
HPN	Penning ionization	A + B^* → A⁺ + B + e
XENE	neutralization	e + B^- → B + 2e
ENI	electron attachment	A + B + e→ A + B^-
HMN	ions recombination	A^-+ B⁺ → A + B
HDS	heavy particle collisional dissociation	AB + C → A + B + C
HDX	heavy particle collisional deexcitation	A + B^* → A + B
HDN	heavy particle dissociative neutralization	AB^- + C⁺ → A + B + C
HDC	heavy particle dissociation and charge transfer	AB + C⁺ → A⁺ + B + C
HDI	heavy particle dissociation and ionization	AB + C^* → A⁺ + B + C + e^-
PRD	Radiative Decay	A^* → A + hν
EXV	electron impact vibrational excitation	e^- + A → e^- + A[v=*]
ETS	electron total scattering	e^- + A → e^- + Σ{A}
XETI	electron total ionisation	e^- + A → e^- + e^- + Σ{A⁺}
XETA	electron total attachment	e^- + A → Σ{A^-}
XETD	electron total dissociation	e^- + A → e^- + Σ{A}
XETN	electron total neutral dissociation	e^- + A → e^- + Σ{A}
HEX	heavy particle excitation	A + B → A + B^*
HDT	heavy particle electron detachment	A^- + B → A + B + e^-
MAD	Polymer Adsorption	A + S → P(ads; S)
MDE	Polymer Desorption	P(ads; S) → A + S
XMPS	Neutral passivation
MCS	Ion Chemical Sputtering
EXR	electron rotational excitation
EIP	Ion Pair Creation
XHFR	heavy particle fragmentation	AB → A + B
HES	heavy particle elastic scattering	A + B → A + B
HAR	radiative association	A + B → AB + hν
XHTR	Electron Transfer	A^- + B → A + B^-
EAE	Auger Electron Ejection	e^- + A → A⁺ + 2e^-; A⁺ → A*²⁺ + e^-
EAS	Angular Scattering
EBS	Bremsstrahlung	e^- + A → e^- + A + hν
EDC	Dielectronic Capture	e^- + A⁺ → A**
EDP	Depolarization, Change of Polarization
EDT	Electron Detachment	e^- + A^- → A + 2e^-
EEX	Excitation	e^- + A → e^- + A^*
EFL	Fluorescence (Optical Emission)
EGN	General
EHT	Transport
ELB	Line Broadening, Shapes and Shifts
EMI	Multiple Ionization	e^- + A → Aⁿ⁺ + (n+1)e^-
ERD	Dielectronic Recombination	e^- + A⁺ → A** → A* + hν
ERO	Electron-Ion-Other Recombination	e^- + A⁺ + B → A + B
ERT	Three-Body Recombination	e^- + e^- + A⁺ → A + e^-
ERV	Rovibrational Excitation	e^- + AB → e^- + AB (v=; J=)
ESF	Spin-Flip	e^- + ^[S]A → e^- + ^[S']A
HAI	Associative Ionization	A + B → AB⁺ + e^-
HAS	Angular Scattering
HAT	Attenuation
HDE	Dissociative Excitation	A + BC → A* + B + C; A + BC → A + B + C*
HEL	Inelastic Energy Losses
HET	Energy Transfer
HFL	Fluorescence	A + B → A* + B; A* → A + hν
HGN	General
HHT	Transport
HIP	Interaction Potentials
HLB	Line Broadening, Shapes and Shifts
HMI	Multiple Ionization	A + B → Aⁿ⁺ + (n+1)e^- + B
HMT	Momentum Transfer
HRC	Recombination
HRV	Rovibrational Excitation	A + BC → A + BC (v=; J=)
HST	Electron-Stripping	A + B → A⁺ + B + e^-
HTE	Electron Transfer	A^- + B → A + B^-
HTI	Transfer Ionization	A + B⁺ → A²⁺ + B + e^-
HTS	Total Scattering
HXE	Electronic Excitation	A + BC → A + BC*
HXF	Fine-Level Excitation	A + B → A + B (J=*)
HXH	Hyperfine Excitation	e^- + AB → e^- + AB (F=*)
HXR	Rotational Excitation	A + BC → A + BC (J=*)
HXT	Excitation Transfer	A* + B → A + B*
HXV	Vibrational Excitation	A + BC → A + BC (v=*)
MAC	Accomodation
MBS	Backscattering
MCP	Charge State Population
MCR	Chemical Reactions
MDF	Diffusion
MDP	Deposition
MEL	Energy Loss and Stopping Power
MEP	Excited State Population
MER	Erosion
MGN	General
MIR	Particle-Impact Induced Radiation
MMS	Multiple Scattering
MNE	Neutralization, Ionization, Dissociation
MPE	Photoelectric Ejection of Electrons
MPM	Permeation
MPR	Particle Range
MPS	Physical Sputtering
MRC	Recombination
MRE	Reemission
MRF	Reflection
MRH	Reflection of Heavy Particles from Surfaces
MRL	Reflection of Electrons from Surfaces
MRS	Radiation-Enhanced Sublimation
MSD	Surface Damage
MSE	Secondary Electron Emission
MSI	Surface Interactions
MSL	Solubility
MSP	Sputtering
MTD	Trapping, Detrapping
MTR	Transmutation
MVP	Vapour Formation and Properties
PAD	Scattering
PAE	Auger Electron Ejection	A + hν → A⁺ + e^-; A⁺ → A*²⁺ + e^-
PCS	Compton Scattering
PDP	Depolarization, Change of Polarization
PDT	Photodetachment	hν + A^- → A + e^-
PEA	Effective Absorption, Total Diffusion
PED	Elastic Diffusion
PES	Elastic Scattering	hν + A → hν + A
PFF	Inverse Bremsstrahlung	e^- + A + hν → A + e^-
PFL	Fluorescence	A* → A + hν
PGF	General Electromagnetic Field
PGN	General
PIN	Photoionization	hν + A → A⁺ + e^-
PIP	Ion-Pair Formation	AB + hν → A⁺ + B^-
PMA	Multiphoton Excitation	nhν + A → A⁺/A/A⁺
PNL	Non-Linear Effects
PRV	Rovibrational Excitation	BC + hν → BC (v=; J=)
PSE	Stark Effect
PTA	True Absorption
PTF	Interaction with Time-Varying Fields
PTS	Total Absorption, Total Scattering
PXE	Electronic Excitation	BC + hν → BC*
PXR	Rotational Excitation	BC + hν → BC (J=*)
PXV	Vibrational Excitation	BC + hν → BC (v=*)
PZE	Zeeman Effect
SAD	Autodetachment
SAI	Autoionization
SDP	Dynamic Polarizability
SDS	Autodissociation
SEW	Energy Levels and Wavelengths
SFT	Forbidden Transitions
SGN	General
SHF	Hyperfine Structure
SIA	Interatomic Potentials
SIE	Isoelectronic sequences
SIP	Ionization Potentials
SIR	Infrared Spectra
SLS	Line Broadening, Shapes and Shifts
SLT	Lifetimes
SMM	Magnetic Moments
SPM	Polarizabilities, Electric Moments
SQE	QED Effects
SRA	Raman spectroscopy
SRP	Relaxation Processes
SRS	Rotational Spectra
SRY	Rydberg States
SSM	Potential Curves and Structure of Molecules
STP	Transition Probabilities and Oscillator Strengths
SUV	UV/VUV/XUV Spectra
SVB	Vibrational Spectra
SVS	Visible Spectra
SXR	X-Ray Spectra