Day: October 26, 2023

What You Should Know About MRI BucharestWhat You Should Know About MRI Bucharest

Magnetic resonance imaging (MRI) uses RMN Bucuresti to create detailed images of body structures without the use of ionizing radiation. It is a safe procedure and is very useful for patients with conditions such as cancer, heart disease, stroke, joint pain, brain disease, and other serious health issues.

Unlike other medical imaging tests such as X-rays and computed tomography (CT), MRI provides very detailed images of soft tissue, organs, and bones. It can also detect changes in blood flow, which may help in diagnosing certain health problems such as stroke and brain tumours.

An MRI scan usually involves lying down on a narrow table that slides into the scanner. A technologist will position the part of the body being scanned and strap it to prevent movement during the exam. A belt is used to monitor your breathing and heartbeat, and a tube is inserted into a vein in your arm or hand to administer contrast material, if needed.

Patient-Centric Care: The Human Touch in MRI Services in Bucharest

You should inform the technician if you have any medical implants or other internal objects such as hearing aids, surgical staples, or oxygen tanks. You should also remove any metal items such as jewelry, clothing, hair clips, and cell phones before the test. Metal objects can move in the strong magnetic field of the MRI system and may pose a risk to your health.

You will be given headphones to listen to music during the examination and our staff will talk to you constantly throughout the procedure. We offer sedation for claustrophobic patients, which helps to make the test less uncomfortable.

What is Polymeric Rubber?What is Polymeric Rubber?

polymeric rubber

Whether used as a sport surface or multi-use games area (MUGA) polymeric rubber is very popular in schools, clubs and leisure centres. It is a porous material that offers excellent ball bounce and slip resistance properties. When installed correctly by a specialist such as Sportsafe, it is also SuDS compliant.

It is a MUGA formed from catalyzing monomers such as butadiene, styrene, isoprene, chloroprene, acrylonitrile and ethylene to form long chains. Additions of protectants, plasticizers, curatives and fillers produce different types of rubber. All polymers have a glassy state below their characteristic “glass transition temperature” where they are stiff and bulky and free motion of the molecules is hindered by severe crowding.

Polymeric Rubber vs. Traditional Flooring: Which is the Better Choice

Natural rubber is sensitive to ozone cracking and requires vulcanisation to improve its resilience and tensile strength. Synthetic rubbers are less sensitive to ozone cracking because they do not possess the weakened allylic C-H bonds of natural rubber and contain only cis-1,4 double bonding in the polymer backbone.

Rubbers are characterized by their stress-strain behavior exhibited by Mullins and Payne effects, strain crystallization, deformation-induced brittleness, and softening and ultimate fracture. Their modulus decreases with increasing strain, and this can be attributed to the breaking of some crosslinks at higher strains, microcracks around crack precursors, and growth of microcracks in a brittle polymer such as rubber.

Polymeric rubbers have good resistance to ozone, oxidation, chemicals, weathering and high and low temperatures. Their good mechanical properties are due to the large number of alternating carbon-oxygen bonds, a very strong hydrogen bonding between the molecules and the high degree of interlinking.