The train is certified for 330 km/h (210 mph) and has reached 368 km/h (229 mph) on trial runs. On regular Intercity-Express services they run at up to 300 km/h (190 mph), the maximum design speed of German high-speed lines.The maximum speed is 280 km/h (175 mph), but this is limited to 250 km/h (155 mph) when the cab car is leading the train and even further down to 160 km/h (100 mph) when two units are coupled at the powerheads due to the forces on the overhead line by their respective pantographs.
How fast is the ice 1 : 175 mph
ICE 1
Maximum speed
280 km/h (175 mph)
Weight
849 t (836 long tons; 936 short tons) (12 car trainset)
Power output
9,600 kW (12,874 hp) (GTO power converters) 7,600 kW (10,192 hp) (IGBT power converters)
Electric system(s)
Overhead catenary, 15 kV 16.7 Hz AC
How fast is ice 2
The maximum speed is 280 km/h (175 mph), but this is limited to 250 km/h (155 mph) when the cab car is leading the train and even further down to 160 km/h (100 mph) when two units are coupled at the powerheads due to the forces on the overhead line by their respective pantographs.
What is ice III : Ice-three (ice III) is formed from water at 300 MPa by lowering its temperature to 250 K (see Phase Diagram).
Ice-three (ice III) is formed from water at 300 MPa by lowering its temperature to 250 K (see Phase Diagram). It is stable over a relatively small range of conditions in the P-T phase space. Ice-nine is a fictional material that appears in Kurt Vonnegut's 1963 novel Cat's Cradle. Ice-nine is described as a polymorph of ice which instead of melting at 0 °C (32 °F), melts at 45.8 °C (114.4 °F).
What does ice 7 look like
Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.The phase transitions without any thermal effect and into the state of lower entropy described in the book are purely fictional and impossible according to the current mainstream physics.Ice-VII was known to exist in space, but not naturally on Earth. A group of researchers led by Oliver Tschauner, a professor of geoscience from the University of Nevada, have discovered a form of super-dense ice known as ice-VII on Earth for the first time. That's a fast freeze. Other scientists created Ice VII in the lab before, but hadn't successfully captured the freezing process. It turns out that this phase of ice—more commonly associated with planetary collisions in space—starts forming as tiny rod-like needles before freezing solid.
Can ice 9 exist : The real Ice IX has none of the properties of Vonnegut's creation, and can exist only at extremely low temperatures and high pressures. The ice-nine-like phenomenon has occurred with a few other kinds of crystals, called "disappearing polymorphs".
Does ice 2 exist on Earth : Ice II exists only at pressures greater than 2000 atmospheres. Kurt Vonnegut's brother Bernard held a PhD in physical chemistry from MIT, and published several papers on silver iodide and ice formation (cloud seeding). At left is the structure of Whalley et al.'s ice IX, viewed along the tetragonal c-axis.
Is Ice 7 real
Picutured is Jupiter's ice moon, Europa. Stanford researchers have for the first time captured the freezing of water, molecule-by-molecule, into a strange, dense form called ice VII (“ice seven”), found naturally in otherworldly environments, such as when icy planetary bodies collide. Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.
Is ice III real : At super-high pressures some chemists predict that ice transforms into a metal. Scientists created the first exotic ices, ice II and ice III, around 1900; the list now extends up to ice XV, discovered in 2009. Creation of these ices is more than an academic exercise.
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Antwort What is the top speed of the ice 4? Weitere Antworten – How fast is the Ice 4 train
250 km/h 265 km/h
Technical data
The train is certified for 330 km/h (210 mph) and has reached 368 km/h (229 mph) on trial runs. On regular Intercity-Express services they run at up to 300 km/h (190 mph), the maximum design speed of German high-speed lines.The maximum speed is 280 km/h (175 mph), but this is limited to 250 km/h (155 mph) when the cab car is leading the train and even further down to 160 km/h (100 mph) when two units are coupled at the powerheads due to the forces on the overhead line by their respective pantographs.
How fast is the ice 1 : 175 mph
How fast is ice 2
The maximum speed is 280 km/h (175 mph), but this is limited to 250 km/h (155 mph) when the cab car is leading the train and even further down to 160 km/h (100 mph) when two units are coupled at the powerheads due to the forces on the overhead line by their respective pantographs.
What is ice III : Ice-three (ice III) is formed from water at 300 MPa by lowering its temperature to 250 K (see Phase Diagram).
Ice-three (ice III) is formed from water at 300 MPa by lowering its temperature to 250 K (see Phase Diagram). It is stable over a relatively small range of conditions in the P-T phase space.
Ice-nine is a fictional material that appears in Kurt Vonnegut's 1963 novel Cat's Cradle. Ice-nine is described as a polymorph of ice which instead of melting at 0 °C (32 °F), melts at 45.8 °C (114.4 °F).
What does ice 7 look like
Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.The phase transitions without any thermal effect and into the state of lower entropy described in the book are purely fictional and impossible according to the current mainstream physics.Ice-VII was known to exist in space, but not naturally on Earth. A group of researchers led by Oliver Tschauner, a professor of geoscience from the University of Nevada, have discovered a form of super-dense ice known as ice-VII on Earth for the first time.
That's a fast freeze. Other scientists created Ice VII in the lab before, but hadn't successfully captured the freezing process. It turns out that this phase of ice—more commonly associated with planetary collisions in space—starts forming as tiny rod-like needles before freezing solid.
Can ice 9 exist : The real Ice IX has none of the properties of Vonnegut's creation, and can exist only at extremely low temperatures and high pressures. The ice-nine-like phenomenon has occurred with a few other kinds of crystals, called "disappearing polymorphs".
Does ice 2 exist on Earth : Ice II exists only at pressures greater than 2000 atmospheres. Kurt Vonnegut's brother Bernard held a PhD in physical chemistry from MIT, and published several papers on silver iodide and ice formation (cloud seeding). At left is the structure of Whalley et al.'s ice IX, viewed along the tetragonal c-axis.
Is Ice 7 real
Picutured is Jupiter's ice moon, Europa. Stanford researchers have for the first time captured the freezing of water, molecule-by-molecule, into a strange, dense form called ice VII (“ice seven”), found naturally in otherworldly environments, such as when icy planetary bodies collide.
Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.Ice-VII is about one-and-a-half times as dense as the regular ice we put in our drinks and skate on in winter, and the crystalline structure of its atoms is different as well. In normal ice, known as ice-I, the oxygen atoms arrange themselves in a hexagonal shape. In ice-VII these atoms are arranged in a cubic shape.
Is ice III real : At super-high pressures some chemists predict that ice transforms into a metal. Scientists created the first exotic ices, ice II and ice III, around 1900; the list now extends up to ice XV, discovered in 2009. Creation of these ices is more than an academic exercise.