Debye in a sentence

Debye relaxation Debye relaxation is the dielectric relaxation response of an ideal, noninteracting population of dipoles to an alternating external electric field.

In 1914–1915, Debye calculated the effect of temperature on X-ray diffraction patterns of crystalline solids with Paul Scherrer (the " Debye–Waller factor ").

The article describes Debye's missive in more detail and presents a very favorable picture of Debye in his efforts to resist the Nazi activists.

The physical chemist Peter J. W. Debye was the first scientist to study molecular dipoles extensively, and, as a consequence, dipole moments are measured in units named debye in his honor.

Yet, the report also states that the picture of Debye should not be oversimplified as Debye's actions were also motivated by his loyalty to his daughter, who had remained in Berlin.

According to his son, Debye just wanted to do his job at the Kaiser Wilhelm Institute and as long as the Nazis did not bother him was able to do so.

Although his son already was in the US before he departed, Peter Debye's 19-year-old daughter and his sister-in-law did not leave.

But in February 2008, the Hustinx Foundation (Maastricht), originator and sponsor of the Peter Debye Prize, announced that it will continue to have the prize awarded.

Debye forces cannot occur between atoms.

Debye's son had come to the US on a planned 2-month vacation during the summer of 1939 and never returned to Germany because war did, indeed, break out.

Einstein sent the British agent with the letter to Cornell, and the Cornell authorities told Debye about the affair.

Further, Rispens alleges that Albert Einstein in the first half of 1940 actively tried to prevent Debye from being appointed in the United States at Cornell.

Given a model of some atomic positions, these positions and their respective Debye-Waller factors (or B-factors, accounting for the thermal motion of the atom) can be refined to fit the observed diffraction data, ideally yielding a better set of phases.

His empirical equations for what he called ionic strength were later confirmed to be in accord with the Debye–Hückel equation for strong electrolytes, published in 1923.

However, Debye's approach failed to give the correct formula for the energy fluctuations of blackbody radiation, which were derived by Einstein in 1909.

In general, Debye developed a survival method of ambiguity, that "could pull the wool over people's eyes".

It concludes that Debye's actions in 1933–45 were based on the nineteenth-century positivist view of science which saw research in physics as generating blessings for humankind.

It goes on to declare: Thus, based on the information, evidence and historical record known to date, we believe that any action that dissociates Debye's name from the Department of Chemistry and Chemical Biology at Cornell is unwarranted.

It has been well documented in many biographies, and also in Rispens' book, that Debye and Dutch colleagues helped his Jewish colleague Lise Meitner in 1938–1939 (at great risk to himself and his family Sime, Ruth Lewin.

None of them protested against Debye's receiving the highest German scientific distinction.