Wuhan Zhonghan Hospital Ultrasonic Cannon is a new type of medical equipment. Its therapeutic principle is to use the high energy and high frequency of ultrasound to treat patients non invasively. The device can focus the energy on a specific area of the patient's body by generating a focused ultrasonic beam, so as to achieve accurate therapeutic effect. The therapeutic principle of ultrasonic gun is based on the physical characteristics of sound waves. By adjusting the frequency and energy of ultrasonic waves, different therapeutic effects can be achieved. In clinical application, ultrasonic cannons are widely used in tumor treatment, pain management, extracorporeal lithotripsy and other fields. It has the advantages of non-invasive, painless and radiation free, and has become a safe and effective treatment method. The appearance of ultrasonic cannons in Wuhan Zhonghan Hospital provides a new treatment option for patients and brings new hope for the development of medical technology.
1. What is the treatment principle of Wuhan Zhonghan Hospital's ultrasonic gun?
Wuhan Zhonghan Hospital ultrasonic monitor is an advanced medical equipment, which is widely used in tumor treatment, pain management and other fields. Its therapeutic principle is based on the characteristics and functions of ultrasound.
Ultrasound is a kind of high-frequency sound wave with high penetration and energy density. The ultrasonic gun can focus the energy on the specific area of the patient's body by transmitting the ultrasonic beam, so as to achieve the purpose of treatment.
Ultrasonic waves can produce mechanical effects. When the ultrasonic beam passes through the tissue, it will produce small vibration and pressure changes. These vibration and pressure changes can change the physical properties of cells and tissues, such as the permeability of cell membranes and the movement of substances in cells. This mechanical effect can be used to destroy tumor cells, promote drug penetration, accelerate tissue repair, etc.
Ultrasound can also produce thermal effects. When the ultrasonic beam passes through the tissue, it will cause friction and vibration of the tissue, thus generating heat. This heat can be used for local hyperthermia, that is, to kill tumor cells or relieve pain by increasing tissue temperature. Heat effect can also promote blood circulation, increase the supply of oxygen and nutrients, and accelerate wound healing and tissue repair.
Ultrasound can also produce acoustic effects. When the ultrasonic beam passes through the tissue, it will cause the vibration and rupture of bubbles in the tissue, resulting in a small bubble burst sound. This acoustic effect can be used in lithotripsy, that is, to crush stones through the vibration of ultrasound, so as to achieve the effect of treating urinary calculi.
The treatment principle of the ultrasonic gun in Wuhan Zhonghan Hospital is based on the mechanical, thermal and acoustic effects of ultrasound. By transmitting ultrasonic beam, the ultrasonic gun can achieve the treatment goals of tumor cell destruction, drug penetration, pain relief, wound healing, etc. This advanced technology provides patients with safer and more effective treatment options, and makes an important contribution to the progress of the medical field.
2. What is the treatment principle of Wuhan Zhonghan Hospital's ultrasonic gun?
Wuhan Zhonghan Hospital ultrasonic gun is an advanced medical equipment, which is widely used in the treatment of various diseases. Its therapeutic principle is based on ultrasonic technology, which transmits high-frequency sound waves to human tissues to generate thermal and mechanical effects, so as to achieve therapeutic effects.
The treatment principle of ultrasonic gun is mainly divided into two aspects: thermal effect and mechanical effect.
The first is the thermal effect. Ultrasound can generate heat energy in human tissues and treat some diseases through heat effect. When ultrasound is introduced into human tissues, it will cause molecular vibration in the tissues and generate friction heat. This heat energy can promote blood circulation, increase tissue metabolism, and thus accelerate the rehabilitation process. The heat effect of ultrasound can also kill some pathogens, such as bacteria and viruses, and play the role of disinfection.
The second is the mechanical effect. The mechanical effect of ultrasound is mainly through the pressure and vibration of sound waves acting on human tissues. When ultrasound is introduced into the human body, it will produce pressure waves and shear forces, which can change the physical properties of tissues, such as increasing the softness and plasticity of tissues. This is very important for the treatment of some diseases, such as fractures and soft tissue injuries. The mechanical effect of ultrasound can promote fracture healing and soft tissue repair, and accelerate the rehabilitation process.
The treatment principle of the ultrasonic gun in Wuhan Zhonghan Hospital is based on ultrasonic technology, which treats various diseases through thermal and mechanical effects. It can promote blood circulation, increase the metabolism of tissues, improve the physical properties of tissues, and thus accelerate the rehabilitation process. This advanced medical equipment plays an important role in clinical practice, providing more effective and safe treatment for patients.
3. What is an ultrasonic gun
Ultrasonic gun is an instrument that uses ultrasonic wave to generate high intensity sound energy. It is a non-contact sound energy transmission equipment. Through the focusing and gathering of ultrasonic waves, the sound energy is concentrated in a small range to generate high intensity sound energy, so as to achieve the effect on the target object.
The ultrasonic gun is mainly composed of transmitter, ultrasonic generator and focusing device. The transmitter is the ultrasonic emission device, the ultrasonic generator is the ultrasonic generation device, and the focusing device is used to focus the ultrasonic to a small range. When the ultrasonic transmitter sends out ultrasonic waves, the ultrasonic generator will generate a series of ultrasonic pulses, and focus these ultrasonic waves into a small range through the focusing device to form high intensity sound energy.
Ultrasonic gun has many application fields. In the medical field, ultrasonic cannons can be used in medical imaging, such as ultrasonic examination and contrast-enhanced ultrasound. In the industrial field, ultrasonic cannons can be used for welding, cutting and cleaning materials. Ultrasonic gun can also be used in environmental monitoring, geological exploration, marine science and other fields.
The advantage of ultrasonic gun is non-contact mode of action, which can avoid damage to the target object. The ultrasonic gun has a small scope of action and can accurately control the position and intensity of action. The ultrasonic gun also has the characteristics of high efficiency, safety and environmental protection.
The ultrasonic gun also has some limitations. Due to the limited ability of ultrasonic propagation in the air, the scope of action of the ultrasonic gun is limited. The effect of ultrasonic gun is also affected by the nature and shape of the target.
Ultrasonic gun is an instrument that uses ultrasonic wave to generate high intensity sound energy. It is widely used in medicine, industry and scientific research. With the continuous development of science and technology, the effect and application field of ultrasonic gun will continue to expand and deepen.
