GRPA

AcronymDefinition
GRPAGeorgia Recreation and Park Association (Conyers, GA)
GRPAGuyana Responsible Parenthood Association
GRPAGeorgia Rail Passenger Authority
GRPAGuyana Rice Producers Association
GRPAGray Partridge (Perdix perdix)
GRPAGeneralized Random-Phase Approximation
GRPAGovernment Relations and Public Affairs
GRPAGeneral Retirement & Pension Authority (Qatar)
GRPAGroundwater Recharge Protection Area
GRPAGreen Parakeet
GRPAGovernmental Relations and Public Affairs
GRPAGroup Reporting Production and Analysis
GRPAGreater Rochester Photonics Alliance
GRPAGamescape Role-Players Anonymous
GRPAGeorgia Rail Passenger Association
GRPAGraphical Remote Process Analyzer
GRPAGranite Reef Picnic Area (Arizona)
GRPAGreenville Radiography Professional Association
GRPAgentamicin-resistant Pseudomonas aeruginosa
GRPAGas Resources Preservation Act (Canada)
GRPAGeneric Requirements Participation Agreement
GRPAGeneral Risk Prediction Analysis
GRPAGrand Rapids Punk Association
GRPAGhost Recon Players Association
GRPAGolden Reef Pigeon Association (South Africa)
GRPAGeorgia Recreation Professionals Association
GRPAGreenville Radiology PA
GRPAGroundwater Resource Protection Area
GRPAGravel River Planning Area (Ontario, Canada)
GRPAGolf Residential Policy Area (New Zealand)
GRPAGerontology Public Administration (course)
References in periodicals archive ?
The spectrum of the collective modes will be obtained by solving the BS equation in the GRPA. As we have already mentioned, the kernel of the BS equation is a sum of the direct [I.sub.d] = [delta][[summation].sup.F]/[delta]G and exchange [I.sub.exc] = [partial derivative][[summation].sub.H]/[delta]G interactions, written as derivatives of the Fock and the Hartree parts of the self-energy.
The two-particle propagator [K.sup.(0)] in the GRPA is defined as follows:
In summary, we have derived the BS equation in the GRPA for the collective excitation energy of a Fermi gas loaded on a square optical lattice with a non-Abelian gauge field in the presence of a Zeeman field.
In section 4, the formulation of the RPCFE problem and the GRPA algorithm are presented.
Thus, we present Genetic-based Rules Placement Algorithm (GRPA) for solving the RPCFE problem.
The body was created in April 1995, only a few weeks before the new law, in accurate anticipation that neither the Ministry nor the long-established local body, the Guyana Responsible Parenthood Association (GRPA), an affiliate of the International Planned Parenthood Federation (IPPF), would take action to provide abortion services to poor women.
As Michael Barzelay described, agency heads were given responsibility, but not the authority, for achieving objectives under GRPA. Agency officials learned that they were expected to develop measures and report them but could not redirect resources in order to achieve them.