+ 86 17731167454,
[email protected]
EN
EN
AR
BG
HR
CS
DA
NL
FI
FR
DE
EL
HI
IT
JA
KO
NON
PL
PT
RO
RU
ES
SV
CA
TL
IW
ID
LT
SR
SK
SL
VI
SQ
GL
HU
TR
BE
LA
KK
SU
UZ
Request A Quote Quaestiones & Comments Post Sales Services resource Center
EN
Request A Quote Quaestiones & Comments Post Sales Services resource Center
Pointpartilce pp is some small mass in the translation. Smaller than an atom even! Atoms are the basic particles of every visible thingayassecort and touch. When you sit in your chair, or when you eat food, they are all made from atoms An example of this is the pp particle that encloses two protons. Protons are a special kind of charged particle, having positive charges and concentrated in the interior or nucleus of an atom. Protons are about the size and shape of little balls, and they are in the nucleus of an atom.
Since protons have a positive charge they do not typically like to associate with other protons and instead prefer pushing each other away. Consider: 2 Protons will simply refuse to get too close (but at the same time Still need positive/negative polarity together(workings)!) So you may ask - how can two protons form a pp-particle? Well, it is actually because of a thing known as the strong nuclear force. It is a force which behaves as glue for keeping the center of an atom together. Two protons near enough are being glues tightly by the strong nuclear force, they would produce a pp particle.
As it happens, the pp particle is one of the easiest particles there could be to detect - just two protons. The study of pp particles enables scientists to acquire extensive understanding about the strong nuclear force However, this is critical because it allows us understand not only known laws that all matter must follow (from tiny atoms and quarks to stars) but also how a Universe can be born from nothing.
One other important factor is the "binding energy" which holds two protons together (keeping them from repelling) as a complete pp particle, and when it forms this binding releases energy in he form of gamma rays. C Colliding particles give up this energy, and it is similar to the flicker of light that happens if they are held together by a force as strong as nuclear (the strong nuclear force). After a little while, the pp particle will revert back to two protons. Strong nuclear force can hold it but only till a limit which means nothing is rigid as if u stretch your hand rubber band to certain extant and then releases, It comes in rest position. Understanding, such as the mechanisms behind making and breaking pp particles instructs scientists about matter on a smaller scale.
This is done in two basic ways particle physicist have of dealing with very small particles, such as the pp. For one thing, you are using theoretical models to start with. And by equations, I mean algebraic expressions that describe how particles interact and behave based on our current understanding of physics and what we see happening in the universe. They are like a simulation for scientists - they use these models to predict what happens with particles in different situations, kind of as if you were trying to guess which team will win depending on who is playing and how good their stats look.
A p + p collider is a microscope these days; so what can be done with the pp particle we have learned about? So a lot of small particles are created when they collide against each other including pp particle. Analogy is like a kind of mini-explosion happens and some particles are produced inside it! The study of these particles can therefore yield insights into other roles that the strong nuclear force performs and how it behaves at “low” energy scales, beneath those levels where more visible types of particle physics operate.
Also being studied to support chemotherapy is the pp particle, an especially important type of treatment. The problem with Cellectis CANCER 9 is called super-fast particles - because of their high penetration deep within tissues compared to other types radiation these can be used to treat cancerous malignant cells located on a greater depth without destroying healthy tissue surround them. As such, scientists are examining how the pp particle can be harnessed to treat disease and improve general well-being.
We established in 2017 and specialize producing pieces of rubber and plastic. We can meet needs of our customers by supplying a variety of grade plastic raw material granules including film grade extrusion grade, coating grade, optical grade, food contact grade. Our factory has rich experience is strong. Now we have several Pulverizers and Granulators that have an annual production of 5000 pp particle.
Our products are pp particlea variety of countries including Northern Europe, Southeast Asia, North America, South America, Southern Europe, Eastern Europe. Goods can be transported by sea, land or air. Logistics transportation from us is fast and convenient, safe and efficient and has been praised by clients many countries around the globe.
We're dedicated delivering top-quality products and service after sales, which will help pp particlethe goal of reducing costs, improving efficiency, providing timely and quality supply, and make significant contributions to the rapid growth of the company. Continuously offer high-quality service assurance enhance our service. Always put the needs of customers first .
The main activity of the company is manufacturing and sales of plastic granule raw materials. pp particlemain products include all EVA EVOH PCTG PESU POE PC ABS PEEK PVC PVA HDPE LDPE PP EPS GPPS Paraffin and other plastic granules.We also accept customized production (sample customization/parameter customization).
Copyright © Hebei Jiafan Trading Co., Ltd. All Rights Reserved
