Add to ORKGWe developed an experimental setup to expose an eye of a rabbit locally to continuous and pulsed microwaves of 2.45 GHz. A coaxial-to-waveguide adapter filled with low-loss dielectric material was used as an antenna for localizing the exposure on the eye of the rabbit. We made a rabbit model based on X-ray CT data for dosimetry. According to the dosimetry, SAR was localized near the exposed eye of the rabbit. We also estimated the temperature elevation during the exposure by numerical analysis
ABSTRACT: In a previous study, an apparatus generating 1.8 GHz electromagnetic radiation for “in viv...
Normally, the impact of electromagnetic exposure on human health is evaluated by animal study. The b...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
In the current international guidelines and standards for human exposure to microwaves (MWs), the ba...
There has been increasing concern about adverse health implication due to electromagnetic wave expos...
In the current international guidelines and standards with regard to human exposure to electromagnet...
From the standpoint of studying the biological effects of microwaves on human eyes, this paper numer...
This paper computationally verifies the effect of anesthesia on temperature variations in the rabbit...
The interaction between the human eye and electromagnetic (EM) waves in the ISM (industrial, scienti...
International audienceIn last decades, the widespread and daily use of radiofrequency systems has ma...
Purpose: Mobile cell phones are used extensively these days, and their microwave (MW) radiation has ...
The experiment exposing the millimeter-wave (MMWs) is performed to investigate the relation between ...
An attempt to derive the lethal dose for mice was made at 2.45 GHz for whole body exposure. Based on...
International audienceFully dielectric pigtailed electro-optic sensors have been developed to quanti...
We report on the use of a 5.8 GHz microwave applicator to treat choroidal melanoma (Greene) in rabbi...
ABSTRACT: In a previous study, an apparatus generating 1.8 GHz electromagnetic radiation for “in viv...
Normally, the impact of electromagnetic exposure on human health is evaluated by animal study. The b...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
In the current international guidelines and standards for human exposure to microwaves (MWs), the ba...
There has been increasing concern about adverse health implication due to electromagnetic wave expos...
In the current international guidelines and standards with regard to human exposure to electromagnet...
From the standpoint of studying the biological effects of microwaves on human eyes, this paper numer...
This paper computationally verifies the effect of anesthesia on temperature variations in the rabbit...
The interaction between the human eye and electromagnetic (EM) waves in the ISM (industrial, scienti...
International audienceIn last decades, the widespread and daily use of radiofrequency systems has ma...
Purpose: Mobile cell phones are used extensively these days, and their microwave (MW) radiation has ...
The experiment exposing the millimeter-wave (MMWs) is performed to investigate the relation between ...
An attempt to derive the lethal dose for mice was made at 2.45 GHz for whole body exposure. Based on...
International audienceFully dielectric pigtailed electro-optic sensors have been developed to quanti...
We report on the use of a 5.8 GHz microwave applicator to treat choroidal melanoma (Greene) in rabbi...
ABSTRACT: In a previous study, an apparatus generating 1.8 GHz electromagnetic radiation for “in viv...
Normally, the impact of electromagnetic exposure on human health is evaluated by animal study. The b...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...