Oceanographers have long known that the Atlantic and southern oceans are more efficient in storing heat than the Pacific Ocean. In contrast, the north of Atlantic heat is part of the powerful current system of the Atlantic thermohaline circulation.
Through it arrives at the distant North Atlantic Ocean with dense, salty cold water. It will retain some of the heat it accumulates on the surface. Researchers have determined that the intensity of the multi-decadal fluctuations they see is driven by changes in the salinity of water. Freshwater is more active than the corresponding salty, so when the water is injected with new vitality, it will change into rainfall or snowfall patterns. These reasons are due to the melting of Arctic ice or the slowing down of the circulation.
Dr. Dong and Chen pointed out that in the middle of the 20th century, the slight cooling of the global average temperature just met the rapid phase of the Atlantic's thermohaline circulation. Their conclusions no longer emphasize the role of the area because he and his partners focus on testing rather than mixing in model or model measurements. Other studies have confirmed the important role of heat sinks in the Atlantic Ocean and the Southern Ocean. Researchers at the National Center for Atmospheric Research in Boulder, Colorado, pointed out that heat is being driven out of the ocean to a depth of 2,300 feet or less.
Despite this, Dr. Jobs's research team concluded that the Pacific has always been the center of the radiator's action, to a large extent due to the natural climate swing. At the time of the breach, it has been exacerbating the trade winds moving westward across the Pacific Ocean.
Working
Principles
Our GHL series High Speed Mixing Granulator is horizontal type. It uses
stirring blade to fully mix powdery materials and adhesive solution inside the
cylindrical vessel. After that, the ready mixed materials will be cut into
uniform granules by high-speed crusher.
Applications
The GHL series high speed mixing granulator is suitable to make tables,
capsules and other granule products in food, chemical, plastics, and cosmetics
industries.
Features
1. Our GHL series high speed mixing granulator is equipped with air filled seal
drive shaft.
2. It has short drying time.
3. Compared with traditional technology, our GHL series high speed mixing
granulator consumes fewer adhesive.
4. Its spherical granules have good fluidity.
5. The working efficiency of GHL series high speed mixing granulator is 4-5
times higher than that of traditional granulator. The mixing time is two
minutes, and granulation time is 1-4 minutes.
6. It meets the requirements of GMP, and can finish the processes of dry mixing, wet drying and granulation in the same container.
High Speed Mixing Granulator
High Speed Mixer Granulator,Small Size Mixing Granulator,High Speed Mixing Granulator
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