#Fotonica 2016 full
#Fotonica 2016 software
#Fotonica 2016 windows

#Fotonica 2016 windows

As most low-E coatings contain silver thin films as metal layers, they are generally exposed to inert gas inside the gap of double pane windows to prevent coating. Integration with low-E coated glass largely enhance heat flow control through glazing units. To meet today's energy saving standards, low-emission (low-E) coatings for windows are commonly utilized in multi-pane glazing units. This last solution well agrees with low-E coated polymeric films. Furthermore, it has been also verified that substitution of glass with polycarbonate largely improved long term coating stability. In particular, substitution of silicon oxide by aluminum oxide or oxy-nitride with optimized hydrophobic properties can safeguard air stability. In this work different approaches have been proposed to improve coating stability without worsening all the optimal low-E performances. An undesired AlN hydrolytic reaction has been recognized as the most dangerous phenomenon in terms of overall degradation.

Sputtering process parameters, layers sequence, thicknesses of layers have been optimized to obtain visible transmittance as high as possible, coupled with very low emissivity values. In our previous work a low-E filter has been fabricated on glass by sputtering technique adopting aluminum nitride layers as template to grow very thin uniformly continuous silver films. Solving the problem of coating stability in air offers the possibility to place it also out of protective gaps. As most low-E coatings contain silver thin films, they are generally exposed to inert gas to prevent degradation.

#Fotonica 2016 software

Preemptive maintenance - EVA3 automatically detects and alerts on faults before you notice, minimizing potential downtime and keeping the grow rooms constantly productive EVA3 in your pocket - With its mobile apps, the power of EVA3's software is with you wherever you go.To meet today's energy saving standards, low-emission coatings for windows are commonly utilized in multi-pane glazing units to largely enhance heat flow control through windows. Scale the grow room - With the EVA3 Room Controller, managing dozens of lamps per room is as easy as managing a single lamp setup. Connect from anywhere - With built in networking EVA3 can be managed from anywhere on your site with its optional cloud connectivity - from anywhere on the internet. See more than ever - Capture images under narrow band light that accentuates all the details your eyes would have missed otherwise. Preserve knowledge - With the optional camera documenting the entire grow cycle, you can always review the history of a grow cycle and see how small early signs can signal pests, nutritional deficiencies, and other potential problems.

#Fotonica 2016 full

The crop at your fingertips - Optional full HD cameras on each lamp bring each of the finest plant details to your screen. Instant onboarding - EVA3 is pre-loaded with proven light spectra that will get you productive from day one. Optimize energy - Light up only productive spectra and save energy on lighting and air conditioning. Optimize light - Manipulate EVA3's light spectrum to deliver the precise intensities of every wavelength that the plant needs according to its genetics, growth stage, cultivation method, and yield goals. EVA3 is a horticulture grow light whose spectral curve can be dynamically manipulated in order to optimize the results of cultivation according to the crop's genetics, cultivation method and growth stage, as well as the grower's business goals. Our knowledge, innovation and technologies are now available in our most advanced grow light ever - EVA3.

Through the manipulation of light we aim to reduce operating costs, increase yield and quality, and help cultivators make their products stand out in terms of aroma and medical effectiveness. Our mission in Fotonica is to study the effect of light on cultivation and develop novel grow light technologies that improve the results of indoor farms.