CNG, LNG and LPG Buses Around the World
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"CESAR" : Sculpteur français (1921 - 1998)
- Mouvement : Nouveaux Réalistes et Art Contemporain ...
- Les Compressions / Les Expansions / Les Empreintes Humaines.
Enjoy your Weekend , my Friends ...
Der Botanische Garten und die Kinderuni der Heinrich-Heine-Universität Düsseldorf informierten neugierige Kinder zwischen sieben und zwölf Jahren, wie sie den Geheimnissen der Bionik auf die Spur kommen. In kleinen Gruppen wurden sie zu Ingenieuren, Materialforschern und Erfindern rund um den Bambus.
The Botanical Garden and the Children's University of the Heinrich Heine University in Düsseldorf informed curious children between the ages of seven and twelve how to uncover the secrets of bionics. In small groups they became engineers, materials researchers and inventors in all things bamboo.
Bambus - Technische Details:
Rohdichte von Bambus : ca. 700 kg/m²
Dichte von Faserbambus: ca. 1,15 g/cm³ (zum Vergleich. Eiche: ca. 0,8 g/cm³; Fichte: ca. 0,5 g/cm³; Bangkirai: ca. 0,95 g/cm³)
Druckfestigkeit: 71 N/mm²
Biegefestigkeit: 151 N/mm²
Zugfestigkeit: 120 N/mm²
Wärmeleitfähigkeit Bambus: 0,17 W / (m·K)
Bamboo - technical details:
Density of bamboo: approx. 700 kg / m²
Density of fiber bamboo: approx. 1.15 g / cm³ (for comparison. Oak: approx. 0.8 g / cm³; spruce: approx. 0.5 g / cm³; Bangkirai: approx. 0.95 g / cm³)
Compressive strength: 71 N / mm²
Flexural strength: 151 N / mm²
Tensile strength: 120 N / mm²
Thermal conductivity bamboo: 0.17 W / (m K)
It's goin' down- ♪ ♫Click to listen♪ ♫
It's goin' down
The rhythm projects 'round the next sound
Reflects a complex hybrid dialect now
Detect the mesh of many elements compressed down
The melting-pot of a super-futuresque sound
The combination of a vocal caress
With lungs that gasp for breath from emotional stress
With special effects and a distorted collage
Carefully lodged between beats of a rhythmic barrage
It's goin' down
A logical progression on the timeline
The separation narrowed down to a fine line
To blur the edges so they blend together properly
Take you on an audible odyssey now
It's goin' down
A logical progression on the timeline
The separation narrowed down to a fine line
To blur the edges so they blend together properly
Take you on an audible odyssey now
It's goin' down
Put it out for the world to see
LP and X-men to the tenth degree
It's goin' down
Nobody in the world is safe
When we melt down the wax in your record crates
It's goin' down
Put it out for the world to see
LP and X-men to the tenth degree
Mais pourquoi ,les glaciers sont ils bleus ? Non , ce n'est pas la saturation des clichés qui en est la cause sur les photos.
Leur couleur dépend du nombre de bulles d’air emprisonnées dans la glace. En effet, dès qu’un rayon de soleil entre dans une des bulles, une partie de la lumière est réfléchie. Or celle-ci se compose de toutes les couleurs de l’arc-en-ciel qui, réunies, donnent la couleur blanche. Les jeunes glaciers, formés à partir de couches de neige compressées et riches en bulles d’air nous apparaissent donc blancs. En revanche, à cause de la pression, les glaciers anciens perdent leurs bulles. Une partie seulement de la lumière est alors réfléchie, en particulier les longueurs d’ondes bleues. Ce phénomène est particulièrement visible sur les icebergs dont la partie immergée, exempte de bulles, est d’un bleu éclatant et sur le front du glacier où la glace est la plus ancienne.
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But why are the glaciers blue? No, it is not the saturation of the pictures that causes them to be blue.
Their colour depends on the number of air bubbles trapped in the ice. As soon as a ray of sunlight enters one of the bubbles, some of the light is reflected. This light is made up of all the colours of the rainbow, which together give the colour white. Young glaciers, formed from compressed layers of snow and rich in air bubbles, therefore appear white to us. Older glaciers, on the other hand, lose their bubbles due to pressure. Only part of the light is then reflected, especially the blue wavelengths. This phenomenon is particularly visible on icebergs, where the submerged part, free of bubbles, is bright blue and on the front of the glacier where the ice is oldest.
Bridge between Courthouse & Department of Justice, IJdock, Amsterdam, The Netherlands.
It's a bit blue...
Design (2012): Claus en Kaan Architects.
5 in 1 here. The Kaibab Plateau, House Rock Valley, Vermilion Cliffs, Echo Cliffs, and Marble Canyon
UP's Marsh Job pulls two loaded scrap gons from Miller Compressing before spotting three empties for loading. Milwaukee, WI
Steam blow from stack can be seen due to low humidity at that time.
This is a photo taken during a business trip to Fuji City and Fujinomiya City, Shizuoka Prefecture the other day. I get caught in the illusion that smoke is coming out of a paper mill, but when the humidity is high and the sky is cloudy, the water vapour from the chimney looks like this. Moreover, by projecting with a little telephoto, you can emphasise the smoke even more. This kind of technique can be seen everywhere.
This technique, which makes the background look bigger with a telephoto lens, is called "compression effect" or "compression effect phenomenon".