4MeV High-voltage accelerator with 500kW electron beam for radiation sterilization

Ivanov, A.; Ovchinnikov, V.; Svin'in, M. P.; Tolstun, N.G.; Bogart, S.L.

doi:10.1016/s0042-207x(01)00111-7

Cited by 6 publications

(4 citation statements)

References 1 publication

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“…The Study Group concluded that food irradiated to any dose appropriate to achieve the intended technological objective is both safe to consume and nutritionally adequate (WHO, 1999). Since decades, radiation has been employed as an excellent tool for application in food sterilization, food preservation and different food engineering processes, which ultimately benefit for the human society (Hyun-Pa et al, 2006;Sameh et al, 2006;Dus˘an, 2004;Ivanov et al, 2001).…”

Section: Introductionmentioning

confidence: 99%

Effect of gamma radiation on growth and survival of common seed-borne fungi in India

Maity¹,

Chakraborty²,

Chanda³

et al. 2008

Radiation Physics and Chemistry

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Section: Introductionmentioning

confidence: 99%

Effect of gamma radiation on growth and survival of common seed-borne fungi in India

Maity¹,

Chakraborty²,

Chanda³

et al. 2008

Radiation Physics and Chemistry

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“…In the process of dyeing via E-Beam irradiation, the consumption of energy is almost exclusively generated by electron accelerator devices. The dose of 60 kGy means that 1 kg of irradiated material absorbs 60 kJ of energy, and the energy utilization rate of the electron accelerator device is not less than 80% . The energy consumption of the new method, which is calculated based on the absorbed dose and energy utilization rate of the electron accelerator device, is 75 kJ/kg, while traditional dyeing reaches 6083 kJ/kg .…”

Section: Resultsmentioning

confidence: 99%

“…The dose of 60 kGy means that 1 kg of irradiated material absorbs 60 kJ of energy, and the energy utilization rate of the electron accelerator device is not less than 80%. 31 The energy consumption of the new method, which is calculated based on the absorbed dose and energy utilization rate of the electron accelerator device, is 75 kJ/kg, while traditional dyeing reaches 6083 kJ/kg. 32 In addition, traditional dyeing with reactive dyes is accompanied by a large amount of dye hydrolysis, and hydrolyzed dyes adhere to the surface of cotton fabric need to be washed at least 3 times.…”

Section: Table 1 Naming Of Cotton Samples Dyed With Different Ratios ...mentioning

confidence: 99%

Greenly and Efficiently Dyeing Cotton Fabric with Custom-Tailored Reactive Dyes via Electron Beam Irradiation

Song,

Meng,

Huo

et al. 2024

ACS Sustainable Chem. Eng.

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Traditional dyeing processes of the textile industry have to use a lot of dyeing assistants and water, resulting in massive lower-biodegradable wastewater and causing great environmental pressure. In this study, we developed a green textile dyeing route featuring high dyeing efficiency and low effluent by using electron beam (E-Beam) irradiation to trigger cotton fabric dyeing with custom-tailored reactive dyes. In which, three vinyl-containing reactive dyes with primary colors were first synthesized and then covalently bonded to cotton fibers via graft copolymerization. The color of the fabric can be facilely tuned by adjusting the ratios of the custom-tailored dyes, which achieved high brilliancy, rich hues, and excellent wash-fastness. Different from the traditional dyeing process, the E-Beam irradiation-induced dyeing process was performed successfully with no requirement to salt, alkali, or heat conditions. Moreover, the utilization of all three dyes was nearly 100% in the E-Beam irradiation-induced dyeing process. Also, almost no residual dyes were washed off from the dyed cotton fabric during the washing process; thus, the spent washing stream exhibited so clean that it completely met the requirements of the zero discharge of hazardous chemical program. This study demonstrated that here E-Beam irradiation-induced dyeing on cotton fabric is a novel green textile dyeing route with energy-saving and pollution-free features, which is beneficial to the transformation to green and sustainable development of the traditional textile industry.

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“…Today x-rays remain a valuable tool in diagnosis and treatment of many injuries and diseases. Radiation considered being an excellent tool for sterilization, preservation of food and other different food engineering processes, which gives benefit to the human society [1][2][3]. Effects of radiation on plants are a broad and complex field and work is being done in many areas on a large number of plant species.…”

Section: Introductionmentioning

confidence: 99%

X Rays Treated Leguminous Seeds in Combination with Wild Plant Powder for the Promotion of Growth and Control of Root Rot Fungi

Dawar¹

2015

J Plant Pathol Microbiol

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Prosopis juliflora is a shrub belonging to the Mimosaceae family. P. juliflora has astringent, antiseptic, antibacterial and antifungal properties [25,26]. The extracts of P. juliflora seeds and leaves were well studied for several in vitro pharmacological effects such as antibacterial [27], antifungal [28,29] and anti-inflammatory properties [28,30]. These properties have been attributed to piperidine alkaloids [31]. The main alkaloids including the juliflorine and julifloricine of P. juliflora were isolated by Ahmad et al. [32] and their antibacterial and antifungal activities have also been reported [33,34]. The flavonoid patulitrin isolated from its flowers and fruits showed significant activity

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4MeV High-voltage accelerator with 500kW electron beam for radiation sterilization

Cited by 6 publications

References 1 publication

Effect of gamma radiation on growth and survival of common seed-borne fungi in India

Effect of gamma radiation on growth and survival of common seed-borne fungi in India

Greenly and Efficiently Dyeing Cotton Fabric with Custom-Tailored Reactive Dyes via Electron Beam Irradiation

X Rays Treated Leguminous Seeds in Combination with Wild Plant Powder for the Promotion of Growth and Control of Root Rot Fungi

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