2001Dongbei Nongye Daxue xuebaoRequires access

Ultra-weak luminescence of wheat seeds irradiated with γ-rays under adversity

Da Liu

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Abstract

Wheat seeds were irradiated with  rays .Dosages were 0 Gy,10 Gy and 20 GY.The seeds were treated under adversity(water,sucroe solution and low temperature).Then Ultra weak luminescence of them was determined with scintillation counter.Ultra weak luminescence of seeds with 10 Gy was highest when the seeds were treated with water.Ultra weak luminescence of seeds with 20 Gy was highest when the seeds were treated with sucrose solution or temperature.Ultra weak luminescence of wheat seeds lrradiated was higher than ck under adversity.

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What this paper is about

Wheat seeds were irradiated with  rays .Dosages were 0 Gy,10 Gy and 20 GY.The seeds were treated under adversity(water,sucroe solution and low temperature).Then Ultra weak luminescence of them was determined with scintillation counter.Ultra weak luminescence of seeds with 10 Gy was highest when the seeds were treated with water.Ultra weak luminescence of seeds with 20 Gy was highest when the seeds were treated with sucrose solution or temperature.Ultra weak luminescence of wheat seeds lrradiated was higher than ck under adversity.

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Available abstract

Wheat seeds were irradiated with  rays .Dosages were 0 Gy,10 Gy and 20 GY.The seeds were treated under adversity(water,sucroe solution and low temperature).Then Ultra weak luminescence of them was determined with scintillation counter.Ultra weak luminescence of seeds with 10 Gy was highest when the seeds were treated with water.Ultra weak luminescence of seeds with 20 Gy was highest when the seeds were treated with sucrose solution or temperature.Ultra weak luminescence of wheat seeds lrradiated was higher than ck under adversity.

Key concepts: Luminescence, Irradiation, Scintillation, Materials science, Radiochemistry, Horticulture, Chemistry, Biology

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