# PAM matrices

Molecular modelling Principles and applications (2001) -- [ c.531 ]

** 1.2- Dinitrosobenzene, characterisation in argon matrix
**

** 1.3- Cyclohexadien-5-ync “benzyne prepn. in solid Ar matrix
**

** 1.3- Dimethyl-5-mtroso-6-hydrazinouracil
**

** 3-Nitro- 1,2,4-triazolin-S-one, infrared spectroscopy in matrix
**

** 3.5- Diamino-4-mtroso-2 -l ,2,6thiadiazines, hydrolysis
**

** 4-acetamido benzoic acid adjacency matrix
**

** 4-acetamido benzoic acid adjoint matrix
**

** 4-methyl-2-oxetanone metric matrix
**

** A Is an Integer Valued Symmetric Matrix
**

** APPENDIX A MATRICES AND TENSORS
**

** Addition and subtraction of matrices
**

** Adiabatic potentials, non-adiabatic coupling minimal diabadcpotential matrix
**

** An Introduction to Matrix Formalism for Two Masses
**

** Antisymmetric matrix, non-adiabatic coupling
**

** Antisymmetric matrix, non-adiabatic coupling vector potential, Yang-Mills field
**

** Appendix C. Matrix of Data Elements in Data Resources
**

** Appendix D. Tabulation of Some Gas Properties in Metric Units
**

** Appendix E - Introduction to Matrix Algebra
**

** Applications of Matrix Algebra
**

** Assembly of elemental matrices
**

** Assembly of elemental stiffness matrices
**

** Automobile performance performance metrics
**

** Basis functions matrix elements
**

** Berry’s phase matrix, quasidiabatic framework
**

** Bom-Huang expansion diabatization matrix
**

** Bom-Huang expansion first-derivative coupling matrix
**

** Bom-Huang expansion second-derivative coupling matrix
**

** Born-Huang expansion first-derivative coupling matrix
**

** Born-Huang expansion first-doivative coupling matrix
**

** Born-Huang expansion matrix, quasidiabatic framework
**

** Born-Huang expansion second-derivative coupling matrix
**

** Born-Oppenheimer approximation, matrix
**

** Born-Oppenheimer approximation, matrix closed path matrix quantization
**

** Born-Oppenheimer approximation, matrix coordinate origin removal
**

** Born-Oppenheimer approximation, matrix coordinate origins
**

** Born-Oppenheimer approximation, matrix elements
**

** Born-Oppenheimer approximation, matrix extended Bom-Oppenheimer equations
**

** Born-Oppenheimer approximation, matrix extended Born-Oppenheimer equations
**

** Born-Oppenheimer approximation, matrix theoretical principles
**

** Born-Oppenheimer approximation, matrix three-state matrix quantization
**

** Born-Oppenheimer approximation, matrix three-state system analysis
**

** Born-Oppenheimer-Huang equation minimal diabatic potential matrix
**

** Boundary conditions matrix, orthogonality
**

** Boundary conditions minimal diabatic potential matrix
**

** Calibration curve effect of sample’s matrix
**

** Cartesian coordinates electronic state adiabatic representation, firstderivative coupling matrix
**

** Chemical Example of an Atom Connectivity Matrix
**

** Church-Turing thesis circulant matrix
**

** Closed-loop transfer function matrix
**

** Compensation, and Liability Act confusion matrix
**

** Condensation, of an acid and an amine of a mtroso compound and an amine
**

** Contents xi 2 A is a Binary Valued Symmetric Matrix
**

** Continuous solution of the matrix Riccati
**

** Continuous time state transition matrix
**

** Coupling matrices, electronic state adiabatic
**

** Coupling matrices, electronic state adiabatic first-derivative matrix
**

** Coupling matrices, electronic state adiabatic representation
**

** Coupling matrices, electronic state adiabatic second-derivative matrix
**

** Curl condition matrix, quasidiabatic framework
**

** DUFR diagonalisation of matrix
**

** Davidson algorithm for diagonalizing large matrices
**

** DelPhi program charge density matrix
**

** DelPhi program determinant of matrix
**

** Diabatic representation matrix, quasidiabadc framework
**

** Diabatic representation minimal diabatic potendal matrix
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** Diabatization matrix, electronic states
**

** Diabatization matrix, electronic states adiabatic-to-diabatic transformation
**

** Diagonal element adiabatic-to-diabatic transformation matrix
**

** Dimtrogen tetroxide oxidation of mtroso com
**

** Discrete solution of the matrix Riccati
**

** Discrete-time control transition matrix
**

** Discrete-time state transition matrix
**

** Distance geometry metric matrix
**

** Disturbance noise covariance matrix
**

** Disturbance noise covariance matrix Q: band
**

** Disturbance transition matrix Cd : band dryer
**

** Drude molecules dummy atoms, in Z-matrix
**

** EVA rubber blends fibers-matrices interface
**

** Elements of the Riccati matrix
**

** Elements of the secular matrix
**

** Euler angles adiabadc-to-diabadc transformation matrix
**

** ExerciseB.l Z-Matrices for l,2-Dichloro-l,2-Difluoroethane Isomers
**

** Extended Bom-Oppenheimer equations, nonadiabatic coupling closed path matrix quantization
**

** Extended Bom-Oppenheimer equations, nonadiabatic coupling three-state matrix quantization
**

** Feedback gain matrix: band dryer
**

** First-derivative coupling matrix
**

** First-derivative coupling matrix crude Bom-Oppenheimer approximation
**

** Fubini-Study metric, projective Hilbert space
**

** Function Matrix and Function Charts
**

** Gaussian basis sets, crude Born-Oppenheimer angular-momentum-adopted Gaussian matrix
**

** Gaussian matrix elements, crude BornOppenheimer approximation
**

** Godel’s incompleteness theorem adjacency matrix
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** Godel’s incompleteness theorem incidence matrix
**

** H + Di reaction, quasiclassical minimal diabatic potential matrix
**

** Hamiltonian equation matrix elements
**

** Hamiltonian matrix elements hard nucleophiles and electrophiles
**

** Hamiltonian matrix elements harmonic approximation
**

** Hamiltonian matrix elements harmonic frequencies
**

** Hamiltonian matrix elements harmonic oscillator
**

** Hamiltonian matrix elements harmonic potential
**

** Hamming distance incidence matrix
**

** Hellmann-Feynman theorem matrix
**

** Helmzholz theorem, electronic state adiabatic matrix
**

** Hermitian matrix conical intersections, spin-orbit interaction
**

** Hermitian matrix permutational symmetry, antilinear operators
**

** Hermitian matrix phase properties
**

** Herzberg-Longuet-Higgins phase, Jahn-Teller minimal diabatic potential matrix
**

** Hessian matrix heterovalent substituent
**

** Hessian matrix heuristic searches and protein prediction
**

** Hilbert space closed path matrix quantization
**

** Hilbert space three-state matrix quantization
**

** Hilbert space, Bom-Oppenheimer equations minimal diabatic potential matrix
**

** ISO 9000 standards matrix of PSM ESH programs and elements and requirements
**

** Imperial standard conditions metric standard reference conditions
**

** Industry’ and business solar powered car energy metrics
**

** Inert matrix, use in studying tautomersim
**

** Insulation metrics and measurements
**

** Integral properties, crude Born-Oppenheimer angular-momentum-adopted Gaussian matrix
**

** Internet and World Wide Web inverse of matrix
**

** Ionization matrix-assisted laser adsorption
**

** JM matrices Becke gradient-exchange correction and
**

** JM matrices e-Yang-Parr correlation functional
**

** Jahn-Teller Renner-Teller coupling effects minimal diabatic potential matrix
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** Jahn-Teller systems, Longuet-Higgins minimal diabatic potential matrix
**

** Jahn-Teller systems, Longuet-Higgins topological matrix
**

** Kalman gain matrix K: band dryer
**

** Laplace transforms of a matrix
**

** Laser desorption ionization use of matrix
**

** Line integral techniques adiabatic-to-diabatic transformation matrix
**

** Line integral techniques topological matrix
**

** Longuet-Higgins phase-based treatment minimal diabadc potential matrix
**

** Lorentz-Drude model matrix display
**

** Lower and upper triangular matrices
**

** MALDI, see Matrix-assisted laser desorption ionization
**

** MO and OFT calculation matrix isolation
**

** Manifold approximation, non-adiabatic matrix
**

** Markownikoff’s rule matrix isolation
**

** Marsaglia random number generator matrices
**

** Marsaglia random number generator matrices vectors
**

** Mathematical Excursion into Matrices and Determinants
**

** Matrix Form of Tensor Transformations
**

** Matrix Multiplication 33 Division of Matrices
**

** Matrix addition and subtraction
**

** Matrix elements, Renner-Teller effect, triatomic
**

** Matrix elements, Renner-Teller effect, triatomic molecules
**

** Matrix formalism for two masses
**

** Matrix inversion and diagonalization
**

** Matrix isolation infrared studies
**

** Matrix isolation infrared studies tautomerism
**

** Matrix of multiplicative plant uncertainty
**

** Matrix restrictions on micromechanical behavior
**

** Matrix restrictions on mictomechanical behavior
**

** Matrix-assisted laser desorption ionization
**

** Matrix-assisted laser desorption ionization experiment
**

** Matrix-assisted laser desorption ionization ionization inlet systems
**

** Matrix-assisted laser desorption ionization mass analyzers used with
**

** Matrix-assisted laser desorption ionization sample preparation for
**

** Matrix-assisted laser desorption ionization secondary ionization with
**

** Matrix-assisted laser desorption ionization vaporization of materials through use
**

** Matrix-isolated imidazoles, calculated
**

** Matrix-isolated imidazoles, calculated infrared spectra
**

** McCulloch-Pitts artificial neuron metric entropy
**

** McCulloch-Pitts artificial neuron metric function
**

** McCulloch-Pitts artificial neuron metrizability
**

** Measurement noise covariance matrix
**

** Measurement noise covariance matrix R: band
**

** Microporous matrices see Random
**

** Minima diabatic potential matrix, non-adiabatic
**

** Minima diabatic potential matrix, non-adiabatic coupling
**

** Multivalued matrix elements, non-adiabatic
**

** Multivalued matrix elements, non-adiabatic adiabatic-to-diabatic transformation matrix
**

** Multivalued matrix elements, non-adiabatic coupling
**

** Mutation Probability Matrix for 1 PAM
**

** Non-adiabadc coupling diabatic potential matrix, minimal conditions
**

** Non-adiabadc coupling diabatization matrix
**

** Non-adiabatic coupling adiabatic-to-diabatic transformation matrix
**

** Non-adiabatic coupling topological matrix
**

** Nonvanishing matrix elements, crude BornOppenheimer approximation, hydrogen
**

** Nonvanishing matrix elements, crude BornOppenheimer approximation, hydrogen calculation
**

** Normal calibration curve effect of sample’s matrix
**

** Normalization factor, angular-momentumadopted Gaussian matrix elements, crude
**

** Nuclear motion Schrodinger equation diabatization matrix
**

** Orthogonal transformation matrix
**

** Orthogonal transformation matrix adiabatic-to-diabadc transformation
**

** Orthogonal transformation matrix conical intersections, spin-orbit interaction
**

** Orthogonal transformation matrix invariant parameters
**

** Orthogonal transformation matrix molecular systems
**

** Orthogonal transformation matrix on-adiabatic coupling
**

** Orthogonal transformation matrix seam loci
**

** PAM matrices electronegativity
**

** PAM matrices partial atomic charges
**

** PAM matrices partial equalisation of orbital
**

** PAM matrices partial least squares
**

** PAM matrices partition partitioning
**

** PAM matrices pattern recognition
**

** PAM matrices see also peptides proteins
**

** PMMA-based ionomer polymeric matrix materials
**

** Pauli spin matrices, geometric phase theory
**

** Pauli spin matrices, geometric phase theory eigenvector evolution
**

** Poisson-Boltzmann equation mutation probability matrices
**

** Potential energy surface matrix elements
**

** Properties of the Solvent (Matrix Material)
**

** Properties of the Solvent (Matrix)
**

** Quality Function Deployment matrix example
**

** Quantum reaction dynamics, electronic diabatization matrix
**

** Quasidiabatic framework, non-adiabatic transformation matrix, line integral
**

** ROOH-amine systems rubber matrix
**

** Raman spectroscopic studies resin matrix
**

** Reduced matrix Riccati equation
**

** Renner-Teller effect, pragmatic criatomic minimal diabatic potential matrix
**

** Renner-Teller effect, pragmatic criatomic t-matrices, non-adiabatic coupling
**

** Riccati order observer gain matrix
**

** SAFE charts. See Safety, function matrix
**

** SWISSBROT database symmetric matrix
**

** Second-derivative coupling matrix
**

** Second-derivative coupling matrix crude Born-Oppenheimer approximation
**

** Shannon information invariance matrix
**

** Single-valued adiabatic state matrix
**

** Single-valued potential, adiabatic-todiabatic topological matrix
**

** Single-valued potential, adiabatic-todiabatic transformation matrix, non-adiabaiic
**

** Singular values of a complex matrix
**

** Skew symmetric matrix, electronic states
**

** Skew symmetric matrix, electronic states adiabatic representation
**

** Skew symmetric matrix, electronic states adiabatic-to-diabadc transformation, twostate system
**

** Solar powered vehicles energy metrics
**

** Stillinger-Weber model stochastic matrix
**

** Structural polymers thermoplastic-matrix materials
**

** Structural polymers thermoset-matrix materials
**

** The Matrix equations for the Molecular Orbitals
**

** The Transformation Matrix 41 Complex Matrices Whats Going On Here
**

** The length of a line and metric tensor
**

** Thermoplastic-matrix materials
**

** Topological matrix formalism, Dirac electrons
**

** Topological matrix line integral conditions, adiabatic-todiabatic transformation matrix
**

** Topological matrix molecular systems, modulus-phase
**

** Topological matrix non-adiahatic coupling
**

** Topological matrix spin formation
**

** Unitary matrix, transformation
**

** Unitary transformation matrices
**

** Unitary transformation matrices component amplitude analysis, nearadiabatic limit
**

** Unitary transformation matrices conical intersection location
**

** Unitary transformation matrices electron nuclear dynamics , molecular
**

** Unitary transformation matrices molecular systems
**

** Unitary transformation matrices systems, final-state analysis
**

** Variable metric optimization method
**

** Wigner rotation adiabatic-to-diabatic minimal diabatic potential matrix
**

** Wigner rotation adiabatic-to-diabatic transformation matrices
**

** Wigner rotation matrices function
**

** Wigner rotation matrices permutational symmetry, rotational wave
**

** Wigner rotation matrix and conical intersections
**

** Wigner rotation matrix, non-adiabatic coupling
**

** Wigner rotation matrix, non-adiabatic coupling adiabatic-to-diabatic transformation
**

** Wigner rotation matrix, non-adiabatic coupling matrix
**

** Yang-Mills fields line integral conditions, adiabatic-todiabatic transformation matrix
**

** Z-Matrix for a Diatomic Molecule
**

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