This paper describes indicators that can be used to monitor the operating mode of a
pyroelectric accelerator. It is shown that the ratio of the characteristic X-ray emission lines …

Pyroelectric crystals are used to produce high energy electron beams. We have derived a
method to model electric potential generation on LiTaO 3 crystal during heating cycle. In this …

Pyroelectric materials are widely investigated for thermal devices. As an efficient standard
for evaluation, the pyroelectric figures of merit (FoM) for specific thermal-related applications …

The generation of electrons and X-rays using a pyroelectric accelerator is highly appealing
from a practical point of view due to the potential for compact and energy-efficient devices …

Pyroelectric crystals are heated/cooled to supply DD/DT fusion for the purpose of neutron
generation. Enhancing the pyroelectric neutron generators (PNG) yield is one of the main …

Pyroelectric crystals have been known as portable particle accelerators for more than a
decade. With a single 10 mm thick× 30 mm diameter LiTaO 3 z-cut pyroelectric crystal, we …

In this paper, we focus on simulating a pyroelectric accelerator using COMSOL Multiphysics.
We utilize the static surface charge distribution obtained from an experiment conducted on a …

The spontaneous polarization of pyroelectric crystal is utilized to X-ray emission in low
pressure gas of~ 1 Pa, which has a potential as a future in-situ X-ray source with small size …

Die Nutzung des pyroelektrischen Effekts bietet die Möglichkeit zur Emission und
gerichteten Beschleunigung von Elektronen. Dieser Vorgang kann wiederum zur Erzeugung …

Представлено сравнение тока индукции и тока эмиссии в ходе осуществления
пироэлектрического эффекта в условиях вакуума при периодическом варьировании …