tailieunhanh - UPF of cotton fabrics printed with arecanut slurry

The present study was undertaken to investigate the efficiency of natural printed fabric on UV protection. Arecanut slurry was powdered; sodium alginate and kokilaksha seed gums were used for the printing process. Optimization of printing recipe was done using 3 different ratios of dye sources with combination of sodium alginate and kokilaksha seed gums. Screen printed samples were assessed for visual acceptance and colourfastness properties. Samples printed without mordant and with FeSO4 mordant using gum concentration exhibited higher acceptance (WMS) with respect to depth of colour, evenness, sharpness and overall appearance. Based on outcome of the study basic portion and printed portion of cotton fabric were assessed by UPF, UVA, UVB ratings. Samples printed with pure arecanut slurry exhibited highest blockage (UVA: , UVB: ) compared to other samples. Samples printed with 75:25 arecanut:myrobolan combination exhibited good protection than the 50:50 arecanut:myrobolan printed sample. | 2019 8 2 2258-2264 EXCELLENT PUBLISHERS International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 8 Number 02 2019 Journal homepage http Original Research Article https UPF of Cotton Fabrics Printed with Arecanut Slurry Deepa S. Bhairappanavar and Jyoti V. Vastrad University of Agricultural Sciences Dharwad - 580005 Karnataka India Corresponding author ABSTRACT Keywords Cotton Kokilaksha mordant Thickener Sodium alginate Blockage percentage Article Info Accepted 18 January 2019 Available Online 10 February 2019 The present study was undertaken to investigate the efficiency of natural printed fabric on UV protection. Arecanut slurry was powdered sodium alginate and kokilaksha seed gums were used for the printing process. Optimization of printing recipe was done using 3 different ratios of dye sources with combination of sodium alginate and kokilaksha seed gums. Screen printed samples were assessed for visual acceptance and colourfastness properties. Samples printed without mordant and with FeSO4 mordant using gum concentration exhibited higher acceptance WMS with respect to depth of colour evenness sharpness and overall appearance. Based on outcome of the study basic portion and printed portion of cotton fabric were assessed by UPF UVA UVB ratings. Samples printed with pure arecanut slurry exhibited highest blockage UVA UVB compared to other samples. Samples printed with 75 25 arecanut myrobolan combination exhibited good protection than the 50 50 arecanut myrobolan printed sample. Introduction The sun-blocking properties of a textile are enhanced when a dye pigment delustrant or ultraviolet absorber finish is present that absorbs ultraviolet radiation and blocks its transmission through a fabric to the skin. For this reason dyed fabrics provide better sun protection than bleached fabrics. Since naturally-coloured cottons contain .

• Sinh học
• Sodium alginate
• Blockage percentage
• Cotton fabrics printed
• Arecanut slurry
• Kokilaksha seed gums
• Rong nâu
• Sargassum policystum
• Chiết xuất alginate
• Brown seaweeds
• Phương pháp phân tích nhiệt trọng lượng
• Calcium alginate
• Drip loss
• Pork patties
• Tannic acid
• Irradiated sodium alginate
• Vetiveria zizanioides
• Vetiver Vetiveria zizanioides L
• Nash
• Scanning electron microscopy
• Essential oil
• Gas chromatography
• Gene expression
• Nonsteroidal anti inflammatory drugs
• Small intestine
• high molecular weight
• Dendrobium lituiflorum Lindl
• Dendrobium polyanthum Wall
• Ex Lindl
• Nhân giống in vitro
• Hạt nhân tạo
• Dung dịch sodium alginate
• Giống lan dendrobium
• Numerical simulation of blood flow with sodium alginate
• Aodium alginatenano particles
• Stenosed human arteries in the presence of body acceleration
• Stenosed human arteries
• The simulated using MATLAB
• Explicit finite difference scheme
• Viable cells
• Beads strength
• L acidophilus
• L ascorbic
• Sodium alginate using CCRD RSM
• Encapsulation process optimization of iron
• Lactobaccillus plantarum
• Tomato juice
• Enhancing cell viability
• Strengthening spore stability
• Carbohydrate polymers
• Nano zinc oxide
• Cellulose fibres
• Wurtzite structure
• Antibacterial fibres
• BMC Chemistry
• Cellulose beads
• Polymeric chains
• Promise material
• Graphene oxide
• Polyvinyl alcohol natri alginate
• Cố định sinh khối
• Bùn hoạt tính
• Sinh khối vi sinh vật
• Response surface methodology
• Physical properties
• Food based products
• Cell entrapment
• Kluyveromyces marxianus
• Ethanol fermentation
• Sweet sorghum juice
• Polyvinyl alcohol
• Interpenetrating polymer networks
• Vietnam Journal of Science and Technology
• Bài viết khoa học
• Tạp chí Khoa học Công nghệ Việt Nam
• Golden Flower Tea extract
• Camellia chrysantha
• Bio based film
• Food packaging
• Thermal stability
• Biological sources
• Associative phase separation
• Complex coacervation
• Electrostatic complexes
• Isothermal titration calorimetry
• Encapsulated amylase enzyme
• Encapsulated amylase enzyme on the performance
• Digestibility of energy in broilers
• Energy in broilers