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Biological Magnetic Resonance Data BankA Repository for Data from NMR Spectroscopy on Proteins, Peptides, Nucleic Acids, and other Biomolecules |
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A Partial List of NMR Acronyms, Abbreviations, and Terms
| ACCORDION
ACCORDION:
ACCORDION
A simultaneous incrementing of evolution and mixing times. - 2D ACCORDION:
ADA
A simultaneous incrementing of evolution and mixing times. - 2D ADA:
ADA
Alternated Delay Acquisition ADA:
ADRF
Alternated Delay Acquisition ADRF:
ADRF
Adiabatic Demagnetization in the Rotating Frame ADRF:
AHT
Adiabatic Demagnetization in the Rotating Frame AHT:
AHT
Average-Hamiltonian Theory AHT:
APHH-CP
Average-Hamiltonian Theory APHH-CP:
APHH-CP
Adiabatic-Passage Hartmann-Hahn Cross Polarization APHH-CP:
APT
Adiabatic-Passage Hartmann-Hahn Cross Polarization APT:
APT
Attached Proton Test APT:
ARP
Attached Proton Test ARP:
ARP
Adiabatic Rapid Passage ARP:
ASIS
Adiabatic Rapid Passage ASIS:
ASIS
Aromatic Solvent-Induced Shift ASIS:
Aromatic Solvent-Induced Shift |
| BB
BB:
BB
Broadband BB:
BIRD
Broadband BIRD:
BIRD
Bilinear Rotation Decoupling BIRD:
BLEW
Bilinear Rotation Decoupling BLEW:
BLEW
A windowless multiple-pulse decoupling sequence BLEW:
BR-24
A windowless multiple-pulse decoupling sequence BR-24:
BR-24
Burum and Rhim pulse sequence BR-24:
Burum and Rhim pulse sequence |
| CAMELSPIN
CAMELSPIN:
CAMELSPIN
Cross-relaxation Appropriate for Minimolecules Emulated by Locked SPINs CAMELSPIN:
CHESS
Cross-relaxation Appropriate for Minimolecules Emulated by Locked SPINs CHESS:
CHESS
Chemical Shift Selective Imaging Sequence CHESS:
CHIRP
Chemical Shift Selective Imaging Sequence CHIRP:
CHIRP
a quick, frequency modulated 'chirp' pulse used for broadband decoupling CHIRP:
CIDNP
a quick, frequency modulated 'chirp' pulse used for broadband decoupling CIDNP:
CIDNP
Chemically Induced Dynamic Nuclear Polarization CIDNP:
COCONOESY
Chemically Induced Dynamic Nuclear Polarization COCONOESY:
COCONOESY
Combined COSY/NOESY COCONOESY:
COLOC
Combined COSY/NOESY COLOC:
COLOC
Correlatied Spectroscopy for Long Range Coupling COLOC:
CONOESY
Correlatied Spectroscopy for Long Range Coupling CONOESY:
CONOESY
Combined COSY/NOESY same thing as COCONOESY CONOESY:
COSY
Combined COSY/NOESY same thing as COCONOESY COSY:
COSY
Correlation Spectroscopy Scalar J coupling - usually 2D COSY:
COSY-45
Correlation Spectroscopy Scalar J coupling - usually 2D COSY-45:
COSY-45
COSY with 45° mixing pulse COSY-45:
COSYDEC
COSY with 45° mixing pulse COSYDEC:
COSYDEC
COSY with F1 Decoupling COSYDEC:
COSYLR
COSY with F1 Decoupling COSYLR:
COSYLR
COSY for Long Range Couplings COSYLR:
CP
COSY for Long Range Couplings CP:
CP
Cross Polarization CP:
CPD
Cross Polarization CPD:
CPD
Composite-Pulse Decoupling CPD:
CPMAS
Composite-Pulse Decoupling CPMAS:
CPMAS
Cross Polarization Magic-Angle Spinning CPMAS:
CPMG
Cross Polarization Magic-Angle Spinning CPMG:
CPMG
Carr-Purcell-Meiboom Gill Sequence CPMG:
CRAMPS
Carr-Purcell-Meiboom Gill Sequence CRAMPS:
CRAMPS
Combined Rotational and Multiple Pulse Spectroscopy CRAMPS:
CRINEPT
Combined Rotational and Multiple Pulse Spectroscopy CRINEPT:
CRINEPT
Cross-correlated Relaxation-enhanced Polarization A combination of INEPT with cross-correlated relaxation-induced polarization transfer CRINEPT:
CSA
Cross-correlated Relaxation-enhanced Polarization A combination of INEPT with cross-correlated relaxation-induced polarization transfer CSA:
CSA
Chemical Shift Anisotropy CSA:
CSCM
Chemical Shift Anisotropy CSCM:
CSCM
Chemical Shift Correlation Map CSCM:
CT
Chemical Shift Correlation Map CT:
CT
Constant Time CT:
CT-HSQC
Constant Time CT-HSQC:
CT-HSQC
Constant Time - Heteronuclear Single Quantum Correlation Scalar J coupling - usually 2D CT-HSQC:
CW
Constant Time - Heteronuclear Single Quantum Correlation Scalar J coupling - usually 2D CW:
CW
Continuous Wave Scalar J coupling - usually 2D CW:
CYCLOPS
Continuous Wave Scalar J coupling - usually 2D CYCLOPS:
CYCLOPS
Cyclically Ordered Phase Sequence Scalar J coupling - usually 2D CYCLOPS:
Cyclically Ordered Phase Sequence Scalar J coupling - usually 2D |
| DANTE
DANTE:
DANTE
Delay Alternating with Nutation for Tailored Excitation DANTE:
DAS
Delay Alternating with Nutation for Tailored Excitation DAS:
DAS
Dynamic Angle Spinning DAS:
DCNMR
Dynamic Angle Spinning DCNMR:
DCNMR
Direct Current NMR NMR performed in the presence of a direct electric current DCNMR:
DD
Direct Current NMR NMR performed in the presence of a direct electric current DD:
DD
Dipole-Dipole DD:
DECSY
Dipole-Dipole DECSY:
DECSY
Double-quantum Echo Correlated Spectroscopy DECSY:
DEFT
Double-quantum Echo Correlated Spectroscopy DEFT:
DEFT
Driven Equilibrium Fourier Transform DEFT:
DENA
Driven Equilibrium Fourier Transform DENA:
DENA
Dfferential Evolution for Non-ambiguous Aliasing A fast method for increasing the resolution of a 1H-13C HSQC in the indirect dimension. Ref: M. Foroozandeh D. Jeannerat \“Deciphered Chemical Shifts in Aliased Spectra recorded with two Slightly Different Narrow Windows or Differential Chemical Shift Evolution\” ChemPhysChem 2010, 11, 2503-2505 DENA:
DEPT
Dfferential Evolution for Non-ambiguous Aliasing A fast method for increasing the resolution of a 1H-13C HSQC in the indirect dimension. Ref: M. Foroozandeh D. Jeannerat \“Deciphered Chemical Shifts in Aliased Spectra recorded with two Slightly Different Narrow Windows or Differential Chemical Shift Evolution\” ChemPhysChem 2010, 11, 2503-2505 DEPT:
DEPT
Distortionless Enhanced Polarization Transfer DEPT:
DEPTH
Distortionless Enhanced Polarization Transfer DEPTH:
DEPTH
A spin-echo sequence of pulses to select for spatial location within the static field DEPTH:
DIGGER
A spin-echo sequence of pulses to select for spatial location within the static field DIGGER:
DIGGER
Discrete Isolation from Gradient Governed Elimination of Resonances DIGGER:
DIPSI
Discrete Isolation from Gradient Governed Elimination of Resonances DIPSI:
DIPSI
Decoupling In the Presence of Scalar Interactions DIPSI:
DISCO
Decoupling In the Presence of Scalar Interactions DISCO:
DISCO
Difference and Sums within COSY DISCO:
DNMR
Difference and Sums within COSY DNMR:
DNMR
Dynamic NMR DNMR:
DOUBTFUL
Dynamic NMR DOUBTFUL:
DOUBTFUL
Double Quantum Transitions for Finding Unresolved Lines DOUBTFUL:
DQ
Double Quantum Transitions for Finding Unresolved Lines DQ:
DQ
Double Quantum DQ:
DQC
Double Quantum DQC:
DQC
Double Quantum Coherence DQC:
DQF
Double Quantum Coherence DQF:
DQF
Double Quantum Filter DQF:
DQF-COSY
Double Quantum Filter DQF-COSY:
DQF-COSY
Double Quantum Filtered - Correlation Spectroscopy DQF-COSY:
DRAMA
Double Quantum Filtered - Correlation Spectroscopy DRAMA:
DRAMA
Dipolar Recovery at the Magic Angle A solid-state NMR recoupling technique. DRAMA:
DRESS
Dipolar Recovery at the Magic Angle A solid-state NMR recoupling technique. DRESS:
DRESS
Depth Resolved Spectroscopy DRESS:
DSA
Depth Resolved Spectroscopy DSA:
DSA
Data-Shift Acquisition DSA:
DUMBO
Data-Shift Acquisition DUMBO:
DUMBO
a numerically optimized sequence (see Homonuclear dipolar decoupling in solid-state NMR using continuous phase modulation) DUMBO:
a numerically optimized sequence (see Homonuclear dipolar decoupling in solid-state NMR using continuous phase modulation) |
| E.COSY
E.COSY:
E.COSY
Exclusive Correlation Spectroscopy E.COSY:
EFG
Exclusive Correlation Spectroscopy EFG:
EFG
Electric Field Gradient EFG:
ELD
Electric Field Gradient ELD:
ELD
Energy Level Diagram ELD:
ENDOR
Energy Level Diagram ENDOR:
ENDOR
Electron-nuclear Double Resonance ENDOR:
ENMR
Electron-nuclear Double Resonance ENMR:
ENMR
Electrophonetic NMR ENMR:
EPI
Electrophonetic NMR EPI:
EPI
Echo Planar Imaging EPI:
ESR
Echo Planar Imaging ESR:
ESR
Electron Spin Resonance ESR:
EXORCYCLE
Electron Spin Resonance EXORCYCLE:
EXORCYCLE
4-step phase cycle for spin echoes EXORCYCLE:
4-step phase cycle for spin echoes |
| FFT
FFT:
FFT
Fast Fourier Transform FFT:
FID
Fast Fourier Transform FID:
FID
Free Induction Decay FID:
FIRFT
Free Induction Decay FIRFT:
FIRFT
Fast Inversion-Recovery Fourier Transform FIRFT:
FLASH
Fast Inversion-Recovery Fourier Transform FLASH:
FLASH
Fast Low-angle Shot Imaging FLASH:
FLOPSY
Fast Low-angle Shot Imaging FLOPSY:
FLOPSY
Flip-Flop Spectroscopy A decoupling scheme FLOPSY:
FOCSY
Flip-Flop Spectroscopy A decoupling scheme FOCSY:
FOCSY
Foldover-Corrected Spectroscopy A decoupling scheme FOCSY:
FOV
Foldover-Corrected Spectroscopy A decoupling scheme FOV:
FOV
Field of View FOV:
FSLG
Field of View FSLG:
FSLG
Frequency Switched Lee-Goldburg a decoupling scheme - (see Homonuclear dipolar decoupling in solid-state NMR using continuous phase modulation) FSLG:
FT
Frequency Switched Lee-Goldburg a decoupling scheme - (see Homonuclear dipolar decoupling in solid-state NMR using continuous phase modulation) FT:
FT
Fourier Transform FT:
FUCOUP
Fourier Transform FUCOUP:
FUCOUP
Fully Coupled Spectroscopy FUCOUP:
Fully Coupled Spectroscopy |
| GARP
GARP:
GARP
Globally Optimized Alternating Phase Rectangular Pulse A decoupling scheme GARP:
GE
Globally Optimized Alternating Phase Rectangular Pulse A decoupling scheme GE:
GE
Gradient Echo GE:
GES
Gradient Echo GES:
GES
Gradient Echo Spectroscopy GES:
GRASP
Gradient Echo Spectroscopy GRASP:
GRASP
Gradient-Accelerated Spectroscopy GRASP:
GRASS
Gradient-Accelerated Spectroscopy GRASS:
GRASS
Gradient-Recalled Acquisition the Steady State GRASS:
GROPE
Gradient-Recalled Acquisition the Steady State GROPE:
GROPE
Generalized compensation for Resonance Offset and Pulse Length Errors GROPE:
GS
Generalized compensation for Resonance Offset and Pulse Length Errors GS:
GS
Gradient Spectroscopy GS:
Gradient Spectroscopy |
| H, C-COSY
H, C-COSY:
H, C-COSY
1H, 13C Chemical-Shift Correlation Spectroscopy H, C-COSY:
HETCOR
1H, 13C Chemical-Shift Correlation Spectroscopy HETCOR:
HETCOR
Heteronuclear Correlation Spectroscopy HETCOR:
HMBC
Heteronuclear Correlation Spectroscopy HMBC:
HMBC
Heteronuclear Multiple Bond Coherence HMBC:
HMQC
Heteronuclear Multiple Bond Coherence HMQC:
HMQC
Heteronuclear Multiple Quantum Coherence HMQC:
HOESY
Heteronuclear Multiple Quantum Coherence HOESY:
HOESY
Heteronuclear Overhauser Effect Spectroscopy HOESY:
HOHAHA
Heteronuclear Overhauser Effect Spectroscopy HOHAHA:
HOHAHA
Homonuclear Hartmann-Hahn Spectroscopy HOHAHA:
HR
Homonuclear Hartmann-Hahn Spectroscopy HR:
HR
High Resolution HR:
HSQC
High Resolution HSQC:
HSQC
Heteronuclear Single Quantum Correlation xxx HSQC:
H, X-COSY
Heteronuclear Single Quantum Correlation xxx H, X-COSY:
H, X-COSY
1H, X-nucleus chemical-shift Correlation Spectroscopy H, X-COSY:
1H, X-nucleus chemical-shift Correlation Spectroscopy |
| INADEQUATE
INADEQUATE:
INADEQUATE
Incredible Natural Abundance Double Quantum Transfer Experiment INADEQUATE:
INDOR
Incredible Natural Abundance Double Quantum Transfer Experiment INDOR:
INDOR
Internuclear Double Resonance INDOR:
INEPT
Internuclear Double Resonance INEPT:
INEPT
Insensitive Nuclei Enhanced by Polarization INEPT:
INVERSE
Insensitive Nuclei Enhanced by Polarization INVERSE:
INVERSE
H, X correlation via 1H detection INVERSE:
IPAP
H, X correlation via 1H detection IPAP:
IPAP
Inphase Antiphase (HSQC) IPAP:
IR
Inphase Antiphase (HSQC) IR:
IR
Inversion-Recovery IR:
ISIS
Inversion-Recovery ISIS:
ISIS
Image-Selected In Vivo Spectroscopy ISIS:
Image-Selected In Vivo Spectroscopy |
| JR
JR:
JR
Jump - and - Return sequence 90y - tau - 90-y JR:
Jump - and - Return sequence 90y - tau - 90-y |
| LIS
LIS:
LIS
Lanthanid Induced Shift LIS:
LP
Lanthanid Induced Shift LP:
LP
Linear Prediction LP:
LSR
Linear Prediction LSR:
LSR
Lanthanide Shift Reagent LSR:
Lanthanide Shift Reagent |
| MARF
MARF:
MARF
Magic Angle in the Rotating Frame MARF:
MAS
Magic Angle in the Rotating Frame MAS:
MAS
Magic Angle Spinning MAS:
MASS
Magic Angle Spinning MASS:
MASS
Magic Angle Sample Spinning MASS:
MEDUSA
Magic Angle Sample Spinning MEDUSA:
MEDUSA
A technique for the determination of Dynamic Structures MEDUSA:
MEM
A technique for the determination of Dynamic Structures MEM:
MEM
Maximum Entropy Method MEM:
MLEV
Maximum Entropy Method MLEV:
MLEV
Malcolm Levitt's CPD sequence A decoupling scheme MLEV:
MP
Malcolm Levitt's CPD sequence A decoupling scheme MP:
MP
Multi Pulse MP:
MQ
Multi Pulse MQ:
MQ
Multiple-Quantum MQ:
MQC
Multiple-Quantum MQC:
MQC
Multiple-Quantum Coherence MQC:
MQF
Multiple-Quantum Coherence MQF:
MQF
Multiple-Quantum Filter MQF:
MQS
Multiple-Quantum Filter MQS:
MQS
Multiple-Quantum Spectroscopy MQS:
MREV
Multiple-Quantum Spectroscopy MREV:
MREV
Mansfield-Rhim-Elleman-Vaughn sequence for dipolar line narrowing MREV:
MRI
Mansfield-Rhim-Elleman-Vaughn sequence for dipolar line narrowing MRI:
MRI
Magnetic Resonance Imaging MRI:
MRS
Magnetic Resonance Imaging MRS:
MRS
Magnetic Resonance Spectroscopy MRS:
MRSI
Magnetic Resonance Spectroscopy MRSI:
MRSI
Magnetic Resonance Spectroscopic Imaging MRSI:
MSHOT-3
Magnetic Resonance Spectroscopic Imaging MSHOT-3:
MSHOT-3
Magic Sandwich High Order Truncation a method based on z-rotational decoupling N. C. Nielsen and co-workers, J. Chem. Phys. 106, 7571(1997); Chem. Phys. Lett. 273, 297 (1997) MSHOT-3:
MSPGSE
Magic Sandwich High Order Truncation a method based on z-rotational decoupling N. C. Nielsen and co-workers, J. Chem. Phys. 106, 7571(1997); Chem. Phys. Lett. 273, 297 (1997) MSPGSE:
MSPGSE
Multiply-Stepped PGSE MSPGSE:
Multiply-Stepped PGSE |
| NMR
NMR:
NMR
Nuclear Magnetic Resonance NMR:
NOE
Nuclear Magnetic Resonance NOE:
NOE
Nuclear Overhauser Effect NOE:
NOESY
Nuclear Overhauser Effect NOESY:
NOESY
Nuclear Overhauser Effect Spectroscopy Internuclear cross relaxation - usually 2D NOESY:
NQCC
Nuclear Overhauser Effect Spectroscopy Internuclear cross relaxation - usually 2D NQCC:
NQCC
Nuclear Quadrupole Coupling Constant NQCC:
NQR
Nuclear Quadrupole Coupling Constant NQR:
NQR
Nuclear Quadrupole Resonance NQR:
Nuclear Quadrupole Resonance |
| ODMR
ODMR:
ODMR
Optically Detected Magnetic Resonance ODMR:
OSIRIS
Optically Detected Magnetic Resonance OSIRIS:
OSIRIS
a modified version of ISIS OSIRIS:
a modified version of ISIS |
| PAR
PAR:
PAR
Phase-alternated Rotation of Magnetization PAR:
P.E.COSY
Phase-alternated Rotation of Magnetization P.E.COSY:
P.E.COSY
Primitive E.COSY P.E.COSY:
PELF
Primitive E.COSY PELF:
PELF
Proton-Encoded Local Field spectroscopy a 2D method PELF:
PFG
Proton-Encoded Local Field spectroscopy a 2D method PFG:
PFG
Pulse Field Gradient PFG:
PFGSE
Pulse Field Gradient PFGSE:
PFGSE
Pulse Field Gradient Spin Echo PFGSE:
PGSE
Pulse Field Gradient Spin Echo PGSE:
PGSE
Pulsed Gradient Spin Echo PGSE:
PMFG
Pulsed Gradient Spin Echo PMFG:
PMFG
Pulsed Magnetic Field Gradient PMFG:
POST
Pulsed Magnetic Field Gradient POST:
POST
Permutationally Offset Stabilized POST:
ppm
Permutationally Offset Stabilized ppm:
ppm
parts per million The prefered way of describing chemical shift offsets. (e.g a 100 Hz shift in a 100 MHz field is 1 ppm) ppm:
PRESS
parts per million The prefered way of describing chemical shift offsets. (e.g a 100 Hz shift in a 100 MHz field is 1 ppm) PRESS:
PRESS
Point Resolved Spectroscopy PRESS:
PRFT
Point Resolved Spectroscopy PRFT:
PRFT
Partially Relaxed Fourier Transform PRFT:
PSD
Partially Relaxed Fourier Transform PSD:
PSD
Phase-Sensitive Detection PSD:
PW
Phase-Sensitive Detection PW:
PW
Pulse Width PW:
Pulse Width |
| QF
QF:
QF
Quantum Moment/Field Gradient interaction or relaxation mechanism QF:
QPD
Quantum Moment/Field Gradient interaction or relaxation mechanism QPD:
QPD
Quadrature Phase Detection QPD:
Quadrature Phase Detection |
| RARE
RARE:
RARE
Rapid Acquisition Relaxation Enhanced RARE:
RCT
Rapid Acquisition Relaxation Enhanced RCT:
RCT
Relayed Coherence Transfer RCT:
RD
Relayed Coherence Transfer RD:
RD
Reduced Dimensionality RD:
RECSY
Reduced Dimensionality RECSY:
RECSY
Multistep Relayed Coherence Spectroscopy RECSY:
REDOR
Multistep Relayed Coherence Spectroscopy REDOR:
REDOR
Rotational Echo Double Resonace REDOR:
RELAY
Rotational Echo Double Resonace RELAY:
RELAY
Relayed Correlation Spectroscopy RELAY:
RF
Relayed Correlation Spectroscopy RF:
RF
Radio Frequency RF:
ROESY
Radio Frequency ROESY:
ROESY
Rotational nuclear Overhauser Effect Spectroscopy ROESY:
ROTO
Rotational nuclear Overhauser Effect Spectroscopy ROTO:
ROTO
ROESY-TOCSY Relay ROTO:
ROESY-TOCSY Relay |
| SA
SA:
SA
Shielding Anisotropy SA:
SC
Shielding Anisotropy SC:
SC
Scalar Coupling SC:
SD
Scalar Coupling SD:
SD
Spin Diffusion SD:
SDDS
Spin Diffusion SDDS:
SDDS
Spin Decopling Difference Spectroscopy SDDS:
SE
Spin Decopling Difference Spectroscopy SE:
SE
Spin Echo SE:
SECSY
Spin Echo SECSY:
SECSY
Spin Echo Correlated Spectroscopy SECSY:
SEDOR
Spin Echo Correlated Spectroscopy SEDOR:
SEDOR
Spin Echo Double Resonace SEDOR:
SEFT
Spin Echo Double Resonace SEFT:
SEFT
Spin Echo Fourier Transform Spectroscopy with J modulation SEFT:
SELINCOR
Spin Echo Fourier Transform Spectroscopy with J modulation SELINCOR:
SELINCOR
Selective Inverse Correlation SELINCOR:
SELINQUATE
Selective Inverse Correlation SELINQUATE:
SELINQUATE
Selective INADEQUATE SELINQUATE:
SEMUT
Selective INADEQUATE SEMUT:
SEMUT
Subspectral Editing Using a Multiple-Quantum Trap SEMUT:
SFORD
Subspectral Editing Using a Multiple-Quantum Trap SFORD:
SFORD
Single Frequency Off-Resonance Decoupling SFORD:
SKEWSY
Single Frequency Off-Resonance Decoupling SKEWSY:
SKEWSY
Skewed Exchange Spectroscopy SKEWSY:
SNR (S/N)
Skewed Exchange Spectroscopy SNR (S/N):
SNR (S/N)
Signal to Noise Ratio SNR (S/N):
SPACE
Signal to Noise Ratio SPACE:
SPACE
Spatial and Chemical-Shift Encoded Excitation SPACE:
SPECIFIC-CP
Spatial and Chemical-Shift Encoded Excitation SPECIFIC-CP:
SPECIFIC-CP
Spectrally Induced Filtering In Combination with Cross Polarization SPECIFIC-CP:
SPI
Spectrally Induced Filtering In Combination with Cross Polarization SPI:
SPI
Selective Population Inversion SPI:
SPT
Selective Population Inversion SPT:
SPT
Selective Population Transfer SPT:
SQ
Selective Population Transfer SQ:
SQ
Single Quantum SQ:
SQF
Single Quantum SQF:
SQF
Single Quantum Filter SQF:
SR
Single Quantum Filter SR:
SR
Saturation Recovery SR:
SSFP
Saturation Recovery SSFP:
SSFP
Steady-State Free Precision SSFP:
SSI
Steady-State Free Precision SSI:
SSI
Solid State Imaging SSI:
ssNMR
Solid State Imaging ssNMR:
ssNMR
Solid State NMR ssNMR:
STE
Solid State NMR STE:
STE
Stimulated Echo STE:
STEAM
Stimulated Echo STEAM:
STEAM
Stimulated Echo Acquisition Mode for imageing STEAM:
STUD
Stimulated Echo Acquisition Mode for imageing STUD:
STUD
Adiabatic decoupling method M.R. Bendall and T.E. Skinner. \Calibration of STUD decoupling to achieve selected sideband amplitudes.\ J. Magn. Reson., A120, 77-87 (1996). STUD:
SUSAN
Adiabatic decoupling method M.R. Bendall and T.E. Skinner. \Calibration of STUD decoupling to achieve selected sideband amplitudes.\ J. Magn. Reson., A120, 77-87 (1996). SUSAN:
SUSAN
Spin Decoupling Employing Ultra-broadband-inversion Sequences Generated via Simulated Annealing SUSAN:
Spin Decoupling Employing Ultra-broadband-inversion Sequences Generated via Simulated Annealing |
| TCF
TCF:
TCF
Time Correlation Function TCF:
TE
Time Correlation Function TE:
TE
Time delay between excitation and Echo maximum TE:
TMR
Time delay between excitation and Echo maximum TMR:
TMR
Topical Magnetic Resonance TMR:
TOCSY
Topical Magnetic Resonance TOCSY:
TOCSY
Total Correlated Spectroscopy TOCSY:
TOE
Total Correlated Spectroscopy TOE:
TOE
Truncated NOE TOE:
TORO
Truncated NOE TORO:
TORO
TOCSY-ROESY Relay TORO:
TOSS
TOCSY-ROESY Relay TOSS:
TOSS
Total Supression of Sidebands TOSS:
TPPI
Total Supression of Sidebands TPPI:
TPPI
Time-Proportional Phase Incrementation TPPI:
TPPM
Time-Proportional Phase Incrementation TPPM:
TPPM
Two Pulse Phase Modulation TPPM:
TQ
Two Pulse Phase Modulation TQ:
TQ
Triple Quantum TQ:
TQF
Triple Quantum TQF:
TQF
Triple Quantum Filter TQF:
TR
Triple Quantum Filter TR:
TR
Time for Repitition of excitation TR:
TRCF
Time for Repitition of excitation TRCF:
TRCF
Tilted Rotating Coordinate Frame TRCF:
TROSY
Tilted Rotating Coordinate Frame TROSY:
TROSY
Transverse Relaxation-Optimized NMR Spectroscopy TROSY:
Transverse Relaxation-Optimized NMR Spectroscopy |
| UE
UE:
UE
Unpaired Electron A relaxation mechanism UE:
Unpaired Electron A relaxation mechanism |
| VAS
VAS:
VAS
Variable Angle Spinning VAS:
VOSY
Variable Angle Spinning VOSY:
VOSY
Volume-Selective Spectroscopy VOSY:
Volume-Selective Spectroscopy |
| WAHUHA
WAHUHA:
WAHUHA
Waugh-Huber-Haberlen Sequence WAHUHA:
WALTZ
Waugh-Huber-Haberlen Sequence WALTZ:
WALTZ
A broad-band composite pulse decoupling scheme WALTZ:
WATERGATE
A broad-band composite pulse decoupling scheme WATERGATE:
WATERGATE
Water Supression Pulse Sequence WATERGATE:
WEFT
Water Supression Pulse Sequence WEFT:
WEFT
Water Eliminated Fourier Transform WEFT:
WURST
Water Eliminated Fourier Transform WURST:
WURST
Wideband, Uniform Rate, and Smooth Truncation an adiabatic decoupling method Kupce, E., Freeman, R.Adiabatic pulses for wideband inversion and broadband decoupling A 115 273-276. J. Magn. Reson. WURST:
Wideband, Uniform Rate, and Smooth Truncation an adiabatic decoupling method Kupce, E., Freeman, R.Adiabatic pulses for wideband inversion and broadband decoupling A 115 273-276. J. Magn. Reson. |
| XCORFE
XCORFE:
XCORFE
H, X Correlation Using a Fixed Evolution Time XCORFE:
X-Filter
H, X Correlation Using a Fixed Evolution Time X-Filter:
X-Filter
Selection of 1H - 1H correlations when both protons are coupled to X X-Filter:
X-Half-Filter
Selection of 1H - 1H correlations when both protons are coupled to X X-Half-Filter:
X-Half-Filter
Selection of 1H - 1H correlations when one proton is coupled to X X-Half-Filter:
Selection of 1H - 1H correlations when one proton is coupled to X |
| Z-COSY
Z-COSY:
Z-COSY
COSY with Z-filter Z-COSY:
ZECSY
COSY with Z-filter ZECSY:
ZECSY
Zero-Quantum Echo-Correlated Spectroscopy ZECSY:
Z-Filter
Zero-Quantum Echo-Correlated Spectroscopy Z-Filter:
Z-Filter
pulse sandwich for elimination of signal components with dispersive phase Z-Filter:
ZQ
pulse sandwich for elimination of signal components with dispersive phase ZQ:
ZQ
Zero Quantum ZQ:
ZQC
Zero Quantum ZQC:
ZQC
Zero Quantum Coherence ZQC:
ZQF
Zero Quantum Coherence ZQF:
ZQF
Zero Quantum Filter ZQF:
ZZ-Spectroscopy
Zero Quantum Filter ZZ-Spectroscopy:
ZZ-Spectroscopy
Selection of coherences invloving ZZ or longitudinal two-spin order ZZ-Spectroscopy:
Selection of coherences invloving ZZ or longitudinal two-spin order |
The definitions for many of these were obtained from Concepts in Magnetic Resonance, Vol. 10 59-62 (1998) © 1998 John Wiley & Sons, Inc.
Other definitions have come from various NMR literature sources. If you have an acronym that describes an actual NMR experiment, please let us know. Give us the acronym, its expansion, and if possible, a brief description of what it would be used for and a primary journal citation.