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Publications


2016

Mwai, D, Muriithi M.  2016.  Catastrophic Health Expenditure and Household Impoverishment: A Case of NCDs prevalence in Kenya. Epidemiology, Biostatistics and Public Health. 12(8):170-180.

2015

Mwai, D, Muriithi MK.  2015.  NON-COMMUNICABLE DISEASES RISK FACTORS AND THEIR CONTRIBUTION TO NCD INCIDENCES IN KENYA. European Scientific Journal . 11(30):268-281.

2013

Muriithi, MK.  2013.  Demographic Dividend, Economic Lifecycle and Education Profile for Kenya. , Cote D’Ivoire, Abijan

2012

Muriithi, MK, Kamau G.  2012.  Livelihood strategy and food security in Turkana county of Kenya, June 2012. , Tanzania, Arusha

2011

Muriithi, MK.  2011.  National transfer Accounts for Kenya: the economic lifecycle in 1994. Population Aging and the Generational economy: A global perspective.

2010

Muriithi, MK.  2010.   Health, Education and Public others in Public Transfer. EWC. , Honolulu

2009

Muriithi, MK.  2009.   Demand for health care in a Nairobi Slum. The role of quality and information. University of Nairobi.Mimeo.

1998

KINYANJUI, DRMURIITHIMOSES.  1998.  Adoption of Radio-based agricultural innovation among small scale farmers in The revenue impact and elements of tax reforms in Kenya.. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.
KINYANJUI, DRMURIITHIMOSES.  1998.  The impact of macroeconomics policy to tax productivity in Kenya. Electric Power Systems Research, Vol. 26, pp. 1-10, 1993.. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.

1997

KINYANJUI, DRMURIITHIMOSES.  1997.  Tax Reforms and Tax Mobilization in Kenya. Refined final report to AERC ( African Economics Research Consortium).. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.
KINYANJUI, DRMURIITHIMOSES.  1997.  The revenue impact and elements of tax reforms in Kenya. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.
KINYANJUI, DRMURIITHIMOSES.  1997.  Introduction to Microeconomics: Text for distance learners. University of Nairobi.. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.

1996

KINYANJUI, DRMURIITHIMOSES.  1996.  Labour Economics: Text for Distance learners. University of nairobi.. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.
KINYANJUI, DRMURIITHIMOSES.  1996.  Monetary Theory and Policy: Text for distance learners. University of Nairobi Publication.. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.

1995

KINYANJUI, DRMURIITHIMOSES.  1995.  Money and Banking: Text for Distance learners. University of Nairobi Publication.. A study of Nyeri. : I.E.K Internatioanl Conference l Abstract
This paper develops an improved real and reactive power control technique using linear programming (LP) for an integrated power system. The problem is decomposed into two subproblems comprising real (P) and reactive power (Q) modules, and, using a unified approach, the real power generation, voltage magnitude, and transformer tap settings are optimized. The objective function is the fuel cost which is minimized in both the P and Q modules, subject to the operating constraints. The P-Q decomposition combined with the LP formulation improve the computation speed. The paper has another advantage of using the same cost objective function for both modules, unlike other conventional methods which use the power loss function for the Q module. The LP formulation is used for both the P and Q optimization modules, utilizing the revised simplex method which is normally available in a mainframe computer.

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