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	1.	Solar cells : from basics to advanced systems / Chenming Hu, Richard M. White. by Hu, Chenming White, Richard M Material type: Text; Format: print ; Literary form: Not fiction Publication details: New York : McGraw-Hill, 1983 Availability: Items available for loan: UE-Central Library (1)Call number: 621.31244 H8741. Place hold
	2.	Computational study of asymmetric core based organic solar cells containing non-fullerene small acceptors for enhancing power conversion efficacy / Uzma Bibi by Uzma Bibi, MS Chemistry, 2020-2022, Supervised by Dr. Mirza Arfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Lahore : Department of Chemistry, Dera Ghazi Khan Campus, University of Education, 2022 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 544.2 C7392.
	3.	In silico study of dye sensitized organic solar cells based on indolo [3,2-b] carbazole as donor / Asma Perveen by Asma Perveen, MS Chemistry, 2021-2023, Supervised by Dr. Riaz Hussain Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 547.5 In11.
	4.	Computational study and modification of pai-linker in pehnothiazine based dye sensitized solar cells / Aniqa Irshad by Aniqa Irshad, MS Chemistry, 2021-2023, Supervised by Dr. Riaz Hussain Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, 2023 Availability: No items available.
	5.	Computational study and modification of pai-linker in pehnothiazine based dye sensitized solar cells / Aniqa Irshad by Aniqa Irshad, MS Chemistry, 2021-2023, Supervised by Dr. Riaz Hussain Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.5 C7392.
	6.	Investigation of acceptor group modification in pyrazine based dye sensitized solar cells / Rabia Bibi by Rabia Bibi, MS Chemistry, 2021-2023, Supervised by Dr. Mirza Irfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.5 In897.
	7.	Theorectical modeling study of donor-acceptor-II-acceptor relationship of quinoline based dye sensitized solar cells / Mudasara Azam by Mudasara Azam, MS Chemistry, 2021-2023, Supervised by Dr. Mirza Arfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.1 T3431.
	8.	Investigation of Opto-Electronic properties in dye-sensitized organic based solar cells containing thiazole based moiety / Muhammad Azhar by Muhammad Azhar, MS Chemistry, 2021-2023, Supervised by Dr. Rana Farhat Mehmood Material type: Text; Format: print ; Literary form: Not fiction Publication details: Lahore : Department of Chemistry, DG Khan Campus, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 547.5 In897.
	9.	In silico study of fullerene free organic solar cells containing thiazole based acceptor moiety / Aiman Ihsan by Aiman Ihsan, MS Chemistry, 2021-2023, Supervised by Dr. Riaz Hussain Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, D. G. Khan Campus, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 547.6 In11.
	10.	Investigation of effects of enhanced conjugation through molecular modeling in Pi-bridging groups of dye sensitized solar cells / Muhammad Zeeshan Mustafa by Muhammad Zeeshan Mustafa, MS Chemistry, 2021-2023, Supervised by Dr. Mirza Arfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, D. G. Khan Campus, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.5 In897.
	11.	Molecular designing of anthracene bridged dye-sensitized solar cells for improving phtocoltaic properties / Sajjad Ahmad by Sajjad Ahmad, MS Chemistry, 2021-2023, Supervised by Dr. Mirza Arfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, D. G. Khan Campus, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.5 M7321.
	12.	Theoretical study of fullerene-free organic solar cells containing thiazole based acceptor for enhancing photovoltaic properties / Neelam Shahzadi by Neelam Shahzadi, MS Chemistry, 2021-2023, Supervised by Dr. Rana Farhat Mahmood Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, D. G. Khan Campus, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 547.5 T3431.
	13.	Investigation of Substitution effect on Dye Sensitized solar cells (DSSCs) based on carbazole using computational methodology / Fiza Tariq by Fiza Tariq, MS Chemistry, 2021-2023, Supervised by Dr. Riaz Hussain Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, DG Khan Campus, University of Education, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 543.6 In897.
	14.	Molecular designing of dye sensitized solar cells containing 4H-Pyranyllidene core moiety through acceptor group modification / Fatima Shahzadi by Fatima Shahzadi, MS Chemistry, 2021-2023, Supervised by Prof. Dr. Mirza Irfan Yawer Material type: Text; Format: print ; Literary form: Not fiction Publication details: Dera Ghazi Khan : Department of Chemistry, University of Education, Dera Ghazi Khan Campus, 2023 Availability: Items available for reference: UE-Central Library: Not for loan (1)Call number: 542.6 M7321.

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