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TWO:BERLIN PALACE.Cry had risen for the reserve, and that it must come on as fast as possible. We ran at our utmost speed. Our lieutenant colonel fell, killed, at the first. Then we lost our major, and, indeed, all the officers but three. We had crossed two successive ditches which lay in an orchard to the left of the first houses in Leuthen, and were beginning to form in front of the village. But there was no standing it. Besides a general cannonade, such as can scarcely be imagined, there was a rain of case-shot upon this battalion, of which I had to take command. A Prussian battalion at the distance of eighty paces gave the liveliest fire upon us. It stood as if on the parade-ground, and waited for us without stirring. My soldiers, who were tired with running, and had no cannon, soon became scattered. At last, when I had but two hundred left, I drew back to the height where the windmill is.

Hydrocyclone (liquid cyclone)01

Hydrocyclone (liquid cyclone)02

A hydrocyclone (liquid cyclone) injects treatment solution into stationary equipment to perform separation, classification, and concentration, and is an innovative separator with a very simple structure and no drive unit.

Structure of a hydrocyclone (liquid cyclone)

A suspension containing fine particles of several micrometers or more is supplied to a cylindrical container circumferentially at high speed. And as a result it starts to rotate and a centrifugal force is generated. At this time a gravitational acceleration of several tens of thousands of G is generated in the circumferential direction, and thus leading to fast sedimentation and concentration of the fine particles. The separated concentration can be freely selected by changing the supply rate (supply pressure and flow rate) and the flow ratio of the outlet. Our hydrocyclone (liquid cyclone) was designed and manufactured to classify and concentrate fine particles, and so has a small element.

THREE:Though General Soltikof had lost an equal number of men, he was still at the head of nearly eighty thousand troops flushed with victory. He could summon to his standard any desirable re-enforcements. An unobstructed march of but sixty miles would lead his army into the streets of Berlin. The affairs of Frederick were indeed desperate. There was not a gleam of hope to cheer him. In preparation for his retirement from the army, from the throne, and from life, he that evening drew up the following paper, placing the fragments of the army which he was about to abandon in the hands of General Finck. By the death of the king, the orphan and infant child of his brother Augustus William (who had died but a few months before) would succeed to the throne. Frederick appointed his brother Henry generalissimo of the Prussian army.
  • Equipment costs can be reduced.
  • Operating costs can be reduced.
  • Maintenance costs can be reduced.
  • Any change in raw material and product can be easily addressed.
  • Large amounts can be treated in a small area.
  • Separation and cleaning are easy because of the simple structure.
  • Simplified control
  • This equipment can be operated in synchronization with external devices.
  • Alarm and interlock mechanism.
THREE:At three oclock of a dark and misty morning, the Austrians from the west, the south, and the east rushed upon the sleeping Prussians. At the same time, an attack was made upon the left wing of the Prussians, which was a feint to bewilder them, and to prevent re-enforcements from being sent to the right wing. For five hours there was a scene of tumult, confusion, and horror which can neither be described nor imagined. The morning was dark, the fog dense, and the Prussians, though ever on the alert, were taken by surprise. No one in the army of Frederick467 thought either of running or of surrendering. It was a hand-to-hand fight, with bayonets, and sabres, and butts of muskets. Marshal Keith, after receiving two bullet-wounds which he did not regard, was shot through the heart.
  • Classification and concentration for the manufacture of inorganic powder materials
  • Classification of ceramic materials
  • Removal of fine particles, including iron powder
  • Removal of fine particles from pigments
  • Removal of fine organic particles from solvents
  • Separation of starch and yeast
  • Removal of fine particles from high-temperature strong acid solutions
  • Removal of fine particles from low-temperature solutions