• Best gel based sunscreen for oily skin
    Lotus Organics Mineral Sunscreen guards the inherent radiance and shine of your skin. The special non-toxic mineral mix protects your skin from the damaging UVA & UVB radiation. Mineral Sunscreen is the ideal knight in "shining" armours since 100% Certified Organic Fresh White Peonies reduces sunburn, tanning, and early ageing while preserving and enhancing your skin's brightness.
    Visit:- https://lotus-organics.com/collections/mineral-sunscreens
    Best gel based sunscreen for oily skin Lotus Organics Mineral Sunscreen guards the inherent radiance and shine of your skin. The special non-toxic mineral mix protects your skin from the damaging UVA & UVB radiation. Mineral Sunscreen is the ideal knight in "shining" armours since 100% Certified Organic Fresh White Peonies reduces sunburn, tanning, and early ageing while preserving and enhancing your skin's brightness. Visit:- https://lotus-organics.com/collections/mineral-sunscreens
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  • Image Guided Surgery Market Size, Revenue Analysis, Industry Outlook, Forecast

    The global image-guided surgery market size is expected to reach USD 16.24 Billion in 2032 and register a revenue CAGR of 8.4% during the forecast period, according to the latest analysis by Emergen Research. Increasing number of cancer radiotherapy initiatives is one of the major factors driving the market revenue growth. High radiation doses can be delivered to tumors utilizing sophisticated high-resolution real-time Image-Guided Radiotherapy (IGRT) employing X-rays, magnetic resonance imaging, computer tomography, or ultrasound without harming healthy organs. IGRT has been radiation oncology's most resounding success story over the past few decades, and it continues to be a major innovation driver, using real-time imaging biomarkers for customized dose administration, for instance, to advance personalized oncology.

    https://www.emergenresearch.com/industry-report/image-guided-surgery-market
    Image Guided Surgery Market Size, Revenue Analysis, Industry Outlook, Forecast The global image-guided surgery market size is expected to reach USD 16.24 Billion in 2032 and register a revenue CAGR of 8.4% during the forecast period, according to the latest analysis by Emergen Research. Increasing number of cancer radiotherapy initiatives is one of the major factors driving the market revenue growth. High radiation doses can be delivered to tumors utilizing sophisticated high-resolution real-time Image-Guided Radiotherapy (IGRT) employing X-rays, magnetic resonance imaging, computer tomography, or ultrasound without harming healthy organs. IGRT has been radiation oncology's most resounding success story over the past few decades, and it continues to be a major innovation driver, using real-time imaging biomarkers for customized dose administration, for instance, to advance personalized oncology. https://www.emergenresearch.com/industry-report/image-guided-surgery-market
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    Image-Guided Surgery Market Size, Share, Industry Forecast by 2032
    The global Image-Guided Surgery market size is expected to reach USD 16.24 Billion in 2032 registering a CAGR of 8.4%. Discover the latest trends and analysis on the Image-Guided Surgery Market. Our report provides a comprehensive overview of the industry, including key players, market share, growth opportunities, and more.
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  • 5188
    16 Channel Waterproof Long Range Walkie Talkies, IP67 Floating 2 Way Radio Rechargeable, Two Way Radio for Kayaking, Rafting, Hydro Flying
    Features:
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    2) Frequency Range: 400-470MHz
    3) IP67 waterproof and dustproof (Not diving)
    4) High & Low Power Switchover
    5) Battery Saving
    6) Time-out Timer (TOT)
    7) Voice Prompt
    8) Busy Channel Lock Function
    9) Low Battery Warning
    Package Include:
    1 x Portable radio
    1 x Antenna
    1 x Li-ion battery
    1 x Charger
    1 x Belt clip
    1 x Sling
    1 x User麓s manual
    GENERAL
    Frequency Range400-470MHZ
    Power Output3W
    Number of Channels16 channels
    Audio Distortion鈮?%
    Carrier Tolerance35pmm
    maximum frequency deviation鈮ぢ?KHz
    Noise radiation60dB
    Adjacent Channel Power60dB
    Sensitivity0.20渭V
    Adjacent Channel Selectivity60dB
    Operating Voltage3.7V
    Dimensions (mm)97 (W) x 102 (D) x 40 (H)
    Weightabout 0.45KgHandheld Radio Single Band manufacturers
    website:http://www.sifang-radios.com/two-way-radios/handheld-radio-single-band/
    5188 16 Channel Waterproof Long Range Walkie Talkies, IP67 Floating 2 Way Radio Rechargeable, Two Way Radio for Kayaking, Rafting, Hydro Flying Features: 1) Output: High Power 2) Frequency Range: 400-470MHz 3) IP67 waterproof and dustproof (Not diving) 4) High & Low Power Switchover 5) Battery Saving 6) Time-out Timer (TOT) 7) Voice Prompt 8) Busy Channel Lock Function 9) Low Battery Warning Package Include: 1 x Portable radio 1 x Antenna 1 x Li-ion battery 1 x Charger 1 x Belt clip 1 x Sling 1 x User麓s manual GENERAL Frequency Range400-470MHZ Power Output3W Number of Channels16 channels Audio Distortion鈮?% Carrier Tolerance35pmm maximum frequency deviation鈮ぢ?KHz Noise radiation60dB Adjacent Channel Power60dB Sensitivity0.20渭V Adjacent Channel Selectivity60dB Operating Voltage3.7V Dimensions (mm)97 (W) x 102 (D) x 40 (H) Weightabout 0.45KgHandheld Radio Single Band manufacturers website:http://www.sifang-radios.com/two-way-radios/handheld-radio-single-band/
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    SIFANG is one of the most professional handheld radio single band manufacturers and suppliers in China. We warmly welcome you to wholesale or buy discount handheld radio single band in stock here and get free sample from our factory. Also, customized service is available.
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  • What Are the Benefits of Seeing a Radiation Therapist?

    When it comes to cancer treatment, seeing a radiation therapist at RGCIRC (Rajiv Gandhi Cancer Institute and Research Centre) can offer numerous benefits. These skilled professionals specialize in administering radiation therapy, a crucial component of cancer treatment. By seeking the expertise of a radiation therapist, patients can receive personalized treatment plans, precise radiation delivery, effective tumor targeting, and compassionate care, all aimed at improving their chances of successful cancer treatment and enhancing their quality of life.

    To know more visit here:- https://www.rgcirc.org/specialties/radiation-oncology/
    What Are the Benefits of Seeing a Radiation Therapist? When it comes to cancer treatment, seeing a radiation therapist at RGCIRC (Rajiv Gandhi Cancer Institute and Research Centre) can offer numerous benefits. These skilled professionals specialize in administering radiation therapy, a crucial component of cancer treatment. By seeking the expertise of a radiation therapist, patients can receive personalized treatment plans, precise radiation delivery, effective tumor targeting, and compassionate care, all aimed at improving their chances of successful cancer treatment and enhancing their quality of life. To know more visit here:- https://www.rgcirc.org/specialties/radiation-oncology/
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  • What are Neck Cancer's Symptoms and its Treatment?

    Looking for information on neck cancer symptoms and treatment? Neck cancer, also known as head and neck cancer, can manifest in various ways. Common symptoms include persistent neck pain, a lump or swelling in the neck, difficulty swallowing, hoarseness, and unexplained weight loss. Treatment options depend on the stage and type of cancer and may include surgery, radiation therapy, chemotherapy, targeted therapy, or a combination of these approaches. Seek medical advice for a proper diagnosis and personalized treatment plan.

    To know more visit here:- https://www.rgcirc.org/blog/head-neck-cancer-signs-symptoms/
    What are Neck Cancer's Symptoms and its Treatment? Looking for information on neck cancer symptoms and treatment? Neck cancer, also known as head and neck cancer, can manifest in various ways. Common symptoms include persistent neck pain, a lump or swelling in the neck, difficulty swallowing, hoarseness, and unexplained weight loss. Treatment options depend on the stage and type of cancer and may include surgery, radiation therapy, chemotherapy, targeted therapy, or a combination of these approaches. Seek medical advice for a proper diagnosis and personalized treatment plan. To know more visit here:- https://www.rgcirc.org/blog/head-neck-cancer-signs-symptoms/
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  • What are the Best Radiation Shielding Materials?



    The United States Nuclear Regulatory Commission (USNRC) defines it as the process of radiation attenuation achieved by placing an absorbent substance between an individual, a workspace, or a radiation-sensitive instrument and any emitting radioactive source. The increased usage of radioactive substances is creating radioactive contamination, necessitating the development of improved substances to safeguard people.Get more news about https://www.gaotune.com Shielding material,you can vist our website!

    Radiation may be a severe hazard in nuclear power plants, commercial or clinical x-ray installations, radionuclide initiatives, collider operations, and a variety of other situations. Radiation exposure, even in smaller concentrations, is extremely hazardous to people of all ages as well as the ecosystem. As a result, the adoption of appropriate shields is a critical need for ensuring the safety of nuclear radiation technologies.

    Are All Materials Effective for Radiation Shielding?
    Radiation emissions can include gamma radiation, neutron radiation, X-rays, etc. Specific materials are useful in protection against a specific type of radiation while the same material might not be effective for any other. Tungsten can efficiently absorb gamma radiation, but it may also create supplementary gamma radiation when subjected to neutron radiation shielding.
    Lead is a corrosion-resistive and malleable metal. Lead's high density (11.34 grams per cubic centimeter) makes it an effective barrier against X-ray and gamma-ray radiation. Other key features, including a significant level of application flexibility, exceptional stability, and high atomic number, as well as its availability in a variety of forms, make it the best choice.

    Pure lead is blended with resins and fillers to create a flexible lead vinyl film that may be worn as a radiation shielding material. The lead layers are then piled to the required thickness and inserted into the radiation shielding fabric to produce the desired lead comparability. For classic lead radiation shielding clothing, there are 3 standard levels of lead equivalent shielding: 0.25mm, 0.35mm, and 0.5mm.

    To overcome the shortcomings of traditional lead garments, lead-free polymer composites have been developed as per research published in the journal Polymers. Because lead-impregnated shielding clothing is thick, improper handling and regular usage can degrade the fabric framework, diminishing its radiation buffering efficiency.

    The study looked into lead-free stretchable polymer composites including tin, bismuth, and cerium chemicals, both individually and in multi-layered architectures. To imitate regular wear circumstances, the materials were subjected to a simulated sweat test. After a month, this test demonstrated that only trace levels of metal substances were discharged. As a result, it was determined that the substance could function satisfactorily without compromising its radiation-shielding qualities.

    In the case of alpha and beta protection, density, rather than thickness, is a major consideration. A plastic substance or a 1-inch piece of paper may readily block alpha particles. Beta particles may be stopped using plastic, which is a more cost-effective technique. Despite the fact that lead is dense and thick, it has little influence on alpha and beta radiation.
    What are the Best Radiation Shielding Materials? The United States Nuclear Regulatory Commission (USNRC) defines it as the process of radiation attenuation achieved by placing an absorbent substance between an individual, a workspace, or a radiation-sensitive instrument and any emitting radioactive source. The increased usage of radioactive substances is creating radioactive contamination, necessitating the development of improved substances to safeguard people.Get more news about https://www.gaotune.com Shielding material,you can vist our website! Radiation may be a severe hazard in nuclear power plants, commercial or clinical x-ray installations, radionuclide initiatives, collider operations, and a variety of other situations. Radiation exposure, even in smaller concentrations, is extremely hazardous to people of all ages as well as the ecosystem. As a result, the adoption of appropriate shields is a critical need for ensuring the safety of nuclear radiation technologies. Are All Materials Effective for Radiation Shielding? Radiation emissions can include gamma radiation, neutron radiation, X-rays, etc. Specific materials are useful in protection against a specific type of radiation while the same material might not be effective for any other. Tungsten can efficiently absorb gamma radiation, but it may also create supplementary gamma radiation when subjected to neutron radiation shielding. Lead is a corrosion-resistive and malleable metal. Lead's high density (11.34 grams per cubic centimeter) makes it an effective barrier against X-ray and gamma-ray radiation. Other key features, including a significant level of application flexibility, exceptional stability, and high atomic number, as well as its availability in a variety of forms, make it the best choice. Pure lead is blended with resins and fillers to create a flexible lead vinyl film that may be worn as a radiation shielding material. The lead layers are then piled to the required thickness and inserted into the radiation shielding fabric to produce the desired lead comparability. For classic lead radiation shielding clothing, there are 3 standard levels of lead equivalent shielding: 0.25mm, 0.35mm, and 0.5mm. To overcome the shortcomings of traditional lead garments, lead-free polymer composites have been developed as per research published in the journal Polymers. Because lead-impregnated shielding clothing is thick, improper handling and regular usage can degrade the fabric framework, diminishing its radiation buffering efficiency. The study looked into lead-free stretchable polymer composites including tin, bismuth, and cerium chemicals, both individually and in multi-layered architectures. To imitate regular wear circumstances, the materials were subjected to a simulated sweat test. After a month, this test demonstrated that only trace levels of metal substances were discharged. As a result, it was determined that the substance could function satisfactorily without compromising its radiation-shielding qualities. In the case of alpha and beta protection, density, rather than thickness, is a major consideration. A plastic substance or a 1-inch piece of paper may readily block alpha particles. Beta particles may be stopped using plastic, which is a more cost-effective technique. Despite the fact that lead is dense and thick, it has little influence on alpha and beta radiation.
    WWW.GAOTUNE.COM
    Amorphous Core|Nanocrystalline Core|current transformer Core|E-Core
    Gaotune Technologies is a leading manufactory of the Amorphous cores and Nanocrystalline cores located in China.Over time,we have cooperated with industry leaders such as ABB,GE, Siemens and Power-one to establish a good reputation in the field of advanced materials.The main products include Amorphous Core, Nanocrystalline Core, current transformer Core, CT Core, common mode Core, Block Core, silicon steel core, Powder Core, C-core, E-Core, etc.
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  • Types of electronic ceramics



    Electronic ceramic refers to ceramic that can be used as electronic or magnetic in the electronic industry.Electronic ceramics are ceramics with new functions through precise control of surface, grain boundary and size structure.In energy, household appliances, automobiles and other aspects can be widely used.Get more news about https://www.zjwelahead.com Electronic Ceramics,you can vist our website!

    Widely used in the production of electronic functional components, mostly composed of oxide sintered body materials.The manufacturing process of electronic ceramics is similar to that of traditional ceramics.

    Electronic ceramics or electronic industrial ceramics, it in the chemical composition, microstructure and mechanical and electrical properties, and the general electric power ceramics with the essential difference.Is the difference between the electronics industry for electronic ceramics have put forward a series of special technical requirements, which formed one of the most important is must has high mechanical strength, resistance to high temperature and high humidity, radiation resistance, dielectric constant changes in a very wide scope, dielectric loss tangent Angle is small, the temperature coefficient of capacitance can be adjusted (or capacitance change rate can be adjusted).High electrical strength and insulation resistance, and excellent aging performance.
    Electronic ceramics can be divided into five categories according to their functions and USES: insulator ceramics, capacitor ceramics, ferroelectric ceramics, semiconductor ceramics and ionic ceramics.
    Insulating porcelain

    Referred to as device porcelain, it has excellent electrical insulation performance and is used as electronic ceramics for structural parts, substrates and shells of electronic equipment and devices.A perfect
    The porcelain parts of the edge device include various insulators, coil skeletons, electron tube bases, band switches, capacitor supports, integrated circuit substrates and packaging shells, etc.The basic requirements for this kind of porcelain are low dielectric constant, low dielectric loss tan delta, high dielectric resistivity rho, high breakdown strength E, good dielectric temperature characteristic and frequency characteristic.In addition, it requires high mechanical strength and chemical stability.

    Talc and alumina are the most widely used ceramics of this kind.Their main crystalline phase compositions are MgSiO3 and Al2O3 respectively.Talc porcelain is a typical high frequency device porcelain used in radio frequency band because of its excellent electrical insulation and low cost.Alumina porcelain is a kind of high frequency, high temperature and high strength equipment porcelain with better electrical insulation.Its electrical and physical properties increase with the content of alumina.High-alumina porcelain with 75%, 95% and 99% alumina is commonly used.In some demanding integrated circuits, pure corundum porcelain containing 99.9% alumina is even used, whose properties are similar to those of sapphire single crystal.

    There is also a kind of high thermal conductivity porcelain represented by beryllium oxide (BeO).The thermal conductivity of bea 95% is the same as that of metal at room temperature.Beryllium oxide also has good dielectric properties, temperature resistance and high mechanical strength.The disadvantage is that the toxicity of BeO material is very high and the firing temperature of porcelain material is high, so its application is limited.Boron nitride (BN) porcelain and aluminum nitride (AlN) porcelain also belong to high thermal conductivity porcelain. Although their thermal conductivity is not as good as beryllium oxide porcelain, it is non-toxic and has good processing and dielectric properties. They can be used for heat dissipation and insulation in high-frequency high-power transistors and large-scale integrated circuits.
    Types of electronic ceramics Electronic ceramic refers to ceramic that can be used as electronic or magnetic in the electronic industry.Electronic ceramics are ceramics with new functions through precise control of surface, grain boundary and size structure.In energy, household appliances, automobiles and other aspects can be widely used.Get more news about https://www.zjwelahead.com Electronic Ceramics,you can vist our website! Widely used in the production of electronic functional components, mostly composed of oxide sintered body materials.The manufacturing process of electronic ceramics is similar to that of traditional ceramics. Electronic ceramics or electronic industrial ceramics, it in the chemical composition, microstructure and mechanical and electrical properties, and the general electric power ceramics with the essential difference.Is the difference between the electronics industry for electronic ceramics have put forward a series of special technical requirements, which formed one of the most important is must has high mechanical strength, resistance to high temperature and high humidity, radiation resistance, dielectric constant changes in a very wide scope, dielectric loss tangent Angle is small, the temperature coefficient of capacitance can be adjusted (or capacitance change rate can be adjusted).High electrical strength and insulation resistance, and excellent aging performance. Electronic ceramics can be divided into five categories according to their functions and USES: insulator ceramics, capacitor ceramics, ferroelectric ceramics, semiconductor ceramics and ionic ceramics. Insulating porcelain Referred to as device porcelain, it has excellent electrical insulation performance and is used as electronic ceramics for structural parts, substrates and shells of electronic equipment and devices.A perfect The porcelain parts of the edge device include various insulators, coil skeletons, electron tube bases, band switches, capacitor supports, integrated circuit substrates and packaging shells, etc.The basic requirements for this kind of porcelain are low dielectric constant, low dielectric loss tan delta, high dielectric resistivity rho, high breakdown strength E, good dielectric temperature characteristic and frequency characteristic.In addition, it requires high mechanical strength and chemical stability. Talc and alumina are the most widely used ceramics of this kind.Their main crystalline phase compositions are MgSiO3 and Al2O3 respectively.Talc porcelain is a typical high frequency device porcelain used in radio frequency band because of its excellent electrical insulation and low cost.Alumina porcelain is a kind of high frequency, high temperature and high strength equipment porcelain with better electrical insulation.Its electrical and physical properties increase with the content of alumina.High-alumina porcelain with 75%, 95% and 99% alumina is commonly used.In some demanding integrated circuits, pure corundum porcelain containing 99.9% alumina is even used, whose properties are similar to those of sapphire single crystal. There is also a kind of high thermal conductivity porcelain represented by beryllium oxide (BeO).The thermal conductivity of bea 95% is the same as that of metal at room temperature.Beryllium oxide also has good dielectric properties, temperature resistance and high mechanical strength.The disadvantage is that the toxicity of BeO material is very high and the firing temperature of porcelain material is high, so its application is limited.Boron nitride (BN) porcelain and aluminum nitride (AlN) porcelain also belong to high thermal conductivity porcelain. Although their thermal conductivity is not as good as beryllium oxide porcelain, it is non-toxic and has good processing and dielectric properties. They can be used for heat dissipation and insulation in high-frequency high-power transistors and large-scale integrated circuits.
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    zjwelahead|Alumina Ceramic Substrate|Bulletproof Alumina Ceramics|
    Zjwelahead, the core technology of precision ceramic manufacturing, is committed to high-quality alumina, zirconia, aluminum nitride and other advanced ceramics products
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  • https://rajivdahiyamd.com/f/advances-in-radiation-oncology

    Address
    2800 East Highway 114, Suite 100, Trophy Club, TX 76262
    Phone - 817-778-4481
    Website - https://rajivdahiyamd.com/

    https://rajivdahiyamd.com/f/advances-in-radiation-oncology Address 2800 East Highway 114, Suite 100, Trophy Club, TX 76262 Phone - 817-778-4481 Website - https://rajivdahiyamd.com/
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  • Dr. Raj Dahiya is a board-certified radiation oncologist with extensive experience in cancers of the prostate, head & neck, lung, breast, GI tract, skin as well as brain tumors. To know more about #drrajdahiyamd click here:-https://truxgo.net/blogs/65579/1436306/how-is-proton-therapy-a-standard-but-vital-treatment-option
    Dr. Raj Dahiya is a board-certified radiation oncologist with extensive experience in cancers of the prostate, head & neck, lung, breast, GI tract, skin as well as brain tumors. To know more about #drrajdahiyamd click here:-https://truxgo.net/blogs/65579/1436306/how-is-proton-therapy-a-standard-but-vital-treatment-option
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    How is Proton therapy a standard but vital treatment option? - Blog View - Truxgo.net - Truxgo Social Network
    Prostate cancer is a common type of cancer that affects the prostate gland, a small gland in the male reproductive system. There are various treatment options for prostate cancer, including surgery, radiation therapy, and hormone therapy. Proton and photo... This page displays a blog entry. Create your account or log intro truxgo. contact your friends, make new fiends or be an anonymous person Your new facebook alternative, join now!
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