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jammbuster

A Rebel, in pursuit of a memorable life ...
Hi,

any advice from where to get riding jackets (big size) which is not so expensive.

any advice please guide
 

IJS

The Ghost Who Walks
Hi,

any advice from where to get riding jackets (big size) which is not so expensive.

any advice please guide
Chopra karolbag, look for scala it comes under 5k or the new rynox airgt with level 2 armours under 6k. Rynox , bbg, scala, solace all are good. Chopra has the vast variety but u need to bargain hard. Or if u are near Gazibad then gupta biking gear.
Try to buy level 2 armours and if possible no foam back protector atleast level 2 back protector.
For online you can check out the moto torque , talk to them about sizes they have good range of level 2 and level 1 jacket in reasonable price bracket.



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adsatinder

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Researchers develop new tool to identify youths at high risk of depression


Researchers develop new tool to identify youths at high risk of depression
New Delhi, Jan 23 (ANI): A team of researchers has extended their efforts to identify a predictive tool that helps to identify young people who are likely to experience high or low depressive disorder when they reach around the age of eighteen. Despite the prevalence of depression, little has been done to identify the causes, symptoms, solutions for the condition while predictive tools have already been developed for psychosis and many physical health conditions.
Family history and subthreshold symptoms which do not reach the criteria for depression are the two current methods for accessing the risk of depression. For the study, researchers used data from over 2,000 Brazilian adolescents.
With the help of this data, the team developed a tool that can help identify which young people will go on to experience a major depressive disorder when they reach 18 years. Not just identifying the tool, the study also evaluated the performance of the tool in samples of adolescents from New Zealand


Researchers develop new tool to identify youths at high risk of depression
 

adsatinder

explorer
Sea of devotees throng to Leh Monastery to witness 'Spituk Gustor'
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•Jan 22, 2020




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Leh, Jan 23 (ANI): Grand celebration of Ladakh's rich and traditional festival 'Spituk Gustor' is underway. Devotees in large numbers thronged to the 'Spituk Monastery' to witness the colourful festival. Visitors from across the world flocked to witness the traditional celebrations. Long-established rituals were performed, classical mask dances were also held. 'Gustor' is a 2-day colourful affair which means sacrificing the 29th day of 11th month of Tibetan calendar.
 

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Scientists develop laser diode to emit deep UV light
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•Jan 19, 2020



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New Delhi, Jan 20 (ANI): Laser diodes that emit short-wavelength ultraviolet light, which is called UV-C, could be used for disinfection in healthcare, for treating skin conditions such as psoriasis, and for analysing gases and DNA. In recent research, scientists have succeeded in designing a laser diode that emits deep-ultraviolet light. The deep-ultraviolet laser diode overcomes several issues encountered by scientists in their work towards the development of these semiconducting devices. The study was published in the journal Applied Physics Express. Laser diodes that emit short-wavelength ultraviolet light, which is called UV-C and is in the wavelength region of 200 to 280 nm, could be used for disinfection in healthcare, for treating skin conditions such as psoriasis, and for analysing gases and DNA. In laser diodes, a 'p-type' and 'n-type' layer are separated by a 'quantum well'. When an electric current is passed through a laser diode, positively charged holes in the p-type layer and negatively charged electrons in the n-type layer flow towards the center to combine, releasing energy in the form of light particles called photons. The researchers designed the quantum well so that it would emit deep UV light. The p- and n-type layers were made from aluminum gallium nitride (AlGaN). Cladding layers, also made from AlGaN, were placed on either side of the p- and n-type layers. The team is now conducting advanced joint research with Asahi Kasei Corporation to achieve continuous room temperature deep-UV lasing for the development of UV-C semiconductor laser products.
 
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