PAGINA WEB
https://sites.google.com/site/inglestaz/
Visit the SENA
In the output that we have developed in our ongoing technical system we had the opportunity to explore every corner of the Seine and each of their roles in a social setting and learn about the social profession of trabajor through its comprehensive training and be a happy and committed individual as a citizen, holder of ethical, cultural and ecological moral values.
We have been able to acquire knowledge of the areas of clothing, footwear, leather goods design, graphic design courses, examining practices and guidelines for the construction of facilities in which each instructor shared with us some of the activities students in the environment, such as in the environment of footwear could learn that they require six machines for the shoe properly that would be the proper process of realization, we also had the opportunity to receive a talk about the insurance policy of this way we learn and enjoying each output.
From my point of view the work that most caught my attention was the area graphic design I think in this section everyone has something to express and do it on your graphics is a way to enjoy every moment of learning all done if disfrutramos of this work
We have been able to acquire knowledge of the areas of clothing, footwear, leather goods design, graphic design courses, examining practices and guidelines for the construction of facilities in which each instructor shared with us some of the activities students in the environment, such as in the environment of footwear could learn that they require six machines for the shoe properly that would be the proper process of realization, we also had the opportunity to receive a talk about the insurance policy of this way we learn and enjoying each output.
From my point of view the work that most caught my attention was the area graphic design I think in this section everyone has something to express and do it on your graphics is a way to enjoy every moment of learning all done if disfrutramos of this work
The activity in the more developed is the leather sena
My technical dictionary
https://es.scribd.com/doc/244185334/DICTIONARY-docx
Invent flat lights led lights that exceed
The creators of blue LED lights received the Nobel Prize in Physics 2014 as innovative invention. Now, it seems queles has left a tough competitor with a type of flat light that outperforms traditional LEDs, and so widespread in our society. The work has been published in the revistaReview of Scientific Instruments.
The architects of this new invention are a team of scientists from Tohoku University (Japan). The key point is that the flat lights are made of carbon nanotubes that have a high energy efficiency and very low power consumption: about 0.1 watts per hour of operation, about 100 times less than the LED lights
According to research, these planar material is constructed lights based on a phosphor screen and a single wall carbon nanotubes highly crystalline. Then, they joined the device with a liquid mixture of an organic solvent combined with a soap-like chemical aal known as surfactant. This mixture is placed on each positive electrode or cathode; the surface is scratched with sandpaper and finally a light panel, flat light is obtained.
This material could allow the creation of shiny new devices, low cost, low power, which would shake the dominance of LED lights. "Our single panel could obtain high luminous efficacy of 60 lumens per watt, which is excellent potential for a lighting device with low power consumption," said Norihiro Shimoi study leader.
The architects of this new invention are a team of scientists from Tohoku University (Japan). The key point is that the flat lights are made of carbon nanotubes that have a high energy efficiency and very low power consumption: about 0.1 watts per hour of operation, about 100 times less than the LED lights
According to research, these planar material is constructed lights based on a phosphor screen and a single wall carbon nanotubes highly crystalline. Then, they joined the device with a liquid mixture of an organic solvent combined with a soap-like chemical aal known as surfactant. This mixture is placed on each positive electrode or cathode; the surface is scratched with sandpaper and finally a light panel, flat light is obtained.
This material could allow the creation of shiny new devices, low cost, low power, which would shake the dominance of LED lights. "Our single panel could obtain high luminous efficacy of 60 lumens per watt, which is excellent potential for a lighting device with low power consumption," said Norihiro Shimoi study leader.
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