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Response of French Bean Cultivars to Plant Spacing Under Agroclimatic Condition of Baffa

Journal of Northeast Agricultural University(English Edition) 2016年第1期23卷 16-19页

作者： Naveed Ahmed muhammad Razaq hasnain Alam Salahuddin Department of Horticulture University of Agriculture Peshawar Department of Silviculture Northeast Forestry University Department of Bioinformatics and Biotechnology International Islamic University

This experiment was carried out at Mansehra during cropping season of 2013. There were three French bean cultivars and four different plant spacings. The experiment was laid out on a Randomized Complete Block Design （RCBD） with three replications. Different cultivars, plant spacings and their interactions significantly influenced all the parameters studied. Maximum days to flowering （59.33） and seed maturity （97.66） were recorded in cultivar Komal Green grown at 15 cm spacing, while, maximum 100-grain weight （42.20 g） was noted in cultivar Peshawar Local grown at 60 cm spacing. However, maximum fresh pod yield·plant^-1 （109.67 g）, number of seed·pod^-1 （7.99） and seed ***2 （1 4373 kg） were recorded in cultivar Paulista grown at spacing of 45 cm. Whereas, maximum plant height （40.50 cm） was noticed in cultivar Paulista grown at 15 era plant spacing. While, the least number of days to flowering （50.33） and to seed maturity （85.66） were taken by cultivar Paulista grown at 60 cm plant spacing. Likewise, minimum seed yield （311.9 kg·hm^2） was recorded in plants of cultivar Komal Green spaced at 60 cm plant spacing. While, minimum fresh pod weight, plantI （67.00 g） and number of seed·pod^-1 （4.66） were attained in cultivar Peshawar Local grown at 15 cm plant spacing, whereas, minimum plant height （27.59 cm） and 100-grain weight （15.60 g） were recorded for cultivar Komal Green grown at 45 and 15 cm, respectively.

关键词： French bean cultivar plant spacing

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A Review on Hereditary Qualities Assorted Variety of American Cotton

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Agricultural Sciences 2018年第5期9卷 587-608页

作者： Umer Farooq Jawad Amin muhammad Qasim muhammad Ismail Umair Majeed muhammad Ahtisham Tahir hasnain Haider Waqar Hussain muhammad Imran Department of Plant Breeding and Genetics Bahauddin Zakariya University Multan Pakistan Department of Agronomy Muhammad Nawaz Shareef University of Agriculture Multan Pakistan Department of Plant Breeding and Genetics University of Agriculture Faisalabad Pakistan Department of Agronomy University of Agriculture Faisalabad Pakistan

Cotton is an economically important natural fiber in the world, whose seeds are used as food and fiber used in the manufacturing of textiles. Cotton is naturally a renewable synthetic fiber which is derived from petroleum. Restriction in conventional breeding program to hereditary change may be because of those of information something like yield revenue and fiber quality of traits. Vitally, the genome representation of the cotton for various traits is the basic need for breeding purposes. The present review discusses the issues of conventional breeding and genomics resources & efforts are utilized to enhance the yield of cotton.

关键词： Cotton Genetic Diversity QTL MAS RFLP SSR SNP

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Numerical Approximation to Nonlinear One Dimensional Coupled Reaction Diffusion System

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Journal of Applied Mathematics and Physics 2017年第8期5卷 1551-1574页

作者： Shahid hasnain Daoud Suleiman Mashat muhammad Saqib Shafeek A. Ghaleb Noorah Y. Mshary Department of Mathematics Numerical Analysis King Abdulaziz University Jeddah Saudi Arabia

This research paper represents a numerical approximation to non-linear coupled one dimension reaction diffusion system, which includes the existence and uniqueness of the time dependent solution with upper and lower bounds of the solution. Also numerical approximation is obtained by finite difference schemes to reach at reasonable level of accuracy, which is magnified by L2, L∞ and relative error norms. The accuracy of the approximations is shown by randomly selected grid points along time level and comparison with analytical results. The test example demonstrates the accuracy, efficiency and versatility of the proposed schemes. Moreover, the schemes can be easily applied to a wide class of higher dimension non-linear reaction diffusion equations with a little modifications.

关键词： Forward in Time and Centre in Space (FTCS) Taylor’s Series Crank Nicolson Fourth Order Implicit Scheme and Richardson Extrapolation

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Enhanced Thermoelectric Transport Properties of La0.98Sr0.02CoO3-BiCuSeO Composite

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Journal of Electrical Engineering 2016年第2期4卷 52-57页

作者： muhammad Umer Farooq Ziyuan Gao Sajid Butt Kewei Gao Xiaolu Pang Hidayat Ullah Shah hasnain Mehdi Jafri Asif Mahmod Xigui Sun Nasir Mahmood School of Materials Science and Engineering University of Science and Technology Beijing Beijing 100083 China Department of Materials Science and Engineering Institute of Space Technology Islamabad 44000 Pakistan Department of Physics School of Mathematics and Physics University of Science and Technology Beo'ing Beijing 100083 China Department of Material Science and Engineering College of Engineering Peking University Beijing 100871 China Institue of Superconducting and Electronic Materials Australian Institute of lnovative Materials University of WollongongSquaires Way North Wollongong NSW 2500 Australia

We report a facile method to enhance the thermoelectric efficiency of La0.98Sr0.02CoO3-BiCuSeO by introducing BiCuSeO as a secondary phase with ultra-low thermal conductivity. Inclusion of secondary phase results in reducing the total thermal conductivity by suppressing the lattice and electronic thermal conductivities and also contributes to enhancement in the Seebeck coefficient. The wide grain size distribution of Laog^Sro02CoO3-BiCuSeO composite facilitates in breaking the interlinked transport properties through increased scattering of different wavelength phonons. The combined effect of enhanced Seebeck coefficient and ultra-low thermal conductivity, results in an improved ZT value of 0.07 at 923 K. The proposed strategy can be opted for improvement in the thermoelectric efficiency of other thermoelectric materials as well.

关键词： La0.98Sr0.02CoO3-BiCuSeO composite thermal conductivity ZT.

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