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Design and Implementation of L1 Components for Lte Advanced Ue

Thesis Info

Author

Bilal Ahmed, Muhammad Kamran Nawaz & Ammar Liaqat

Supervisor

Shahzad A. Malik

Department

Department of Electrical Engineering

Program

BET

Institute

COMSATS University Islamabad

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2012

Thesis Completion Status

Completed

Subject

Electrical Engineering

Language

English

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676720201711

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ضبط کو آزما رہا ہوں میں

ضبط کو آزما رہا ہوں میں
بے وفا سے نبھا رہا ہوں میں

لوگ کہنے لگے ہیں دیوانہ
ایسے اعزاز پا رہا ہوں میں

بخدا میرے بس کی بات نہیں
جتنے صدمے اٹھا رہا ہوں میں

میرے احباب کو مبارک ہو
چھوڑ کر شہر جا رہا ہوں میں

عشق کی آگ کیوں نہیں بجھتی
کب سے تائبؔ بجھا رہا ہوں میں

Running Musharakah Product of Islamic Banks: An Alternative of Running Finance

Islamic banking system is growing day by day. The new era of Islamic banking is very successful as new products are being introduced by Islamic banks to cater the demands of customer under Shariah guidelines, there was demand of a product for working capital as an alternative to the conventional product of running finance. Running Musharakah Product has been introduced as substitute to Running Finance Product. In this paper the concept of Running Finance as well as Running Musharakah is described, the practical steps of running Musharakah are also illustrated to examine the viability of the product.

Developing Optimal Postharvest Handling Portocols for Cut Polianthes Tuberosa L. Single Spikes

The cut flower industry of Pakistan is at its initial stages of development and growers are producing cut flowers only in open field. Tuberose is heat loving plant and can successfully be grown with little care, which makes it the only choice for the cut flower growers during summer season in Punjab, Pakistan. More often local florist markets become glutted with it during peak production time, which results in heavy postharvest losses and price drop, causing economic losses to the tuberose stakeholders, viz. growers, wholesalers and retailers. At present no valid data base is available regarding the postharvest handling practices being followed by the local tuberose stakeholders. Keeping in view popularity of tuberose among local growers and high market demand in local flower markets, present study was initiated to develop a valid database for postharvest handling protocols by the tuberose stakeholders. Study was completed in two phases, in first phase a survey of tuberose stakeholders was conducted. Survey results demonstrated that all postharvest handling practices currently used by the stakeholders were not as per recommended international standards. Therefore, in the second phase, a series of postharvest experiments were performed to find out best suited postharvest handling practices for cut tuberose spikes, viz., optimal harvest stage, pulsing, packaging materials, storage method and durations, water quality and vase preservative solutions. The study concluded that the best stage for harvesting spikes was when lower buds are fully mature and have expanded but yet not opened. Among various pulsing treatments, 10% sucrose plus 50 mg L-1 salicylic acid for 24 hours proved best for extending vase life. Storage of spikes in water (wet) proved best for storage of spikes up to six days at 4±2 0C. Likewise cut spikes wrapped in polythene sleeves alone or packed in floral boxes lined with polythene stored at 4±2 0C up to 3 days had longest vase life and better quality and this storage period can be extended up to 6 days in dark without any significant loss of quality. Spikes kept in carbonated plus distilled water (1:1) performed best followed by distilled, deionizes and reverse osmosis water for various spike and floret characteristics. Vase solution containing 2% sucrose plus 50 mg L-1 salicylic acid had the longest postharvest longevity and maintained quality of cut tuberose spikes. In summary, vase life of cut tuberose spikes can be considerably extended by following proper postharvest handling protocols.