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Simulation
All fields marked with * are mandatory.
All tissues without reference are taken from Gabriel's database [2].
Tissue to mimic
*
Choose one in the list
Adenocarcinomas (CRC) [4]
Adenomas HGD [4]
Adenomas LGD [4]
Adrenal Cortex Ovine [7]
Adrenal Medulla Ovine [7]
Adrenal Cortex Bovine [8]
Adrenal Medulla Bovine [8]
Aorta
BCC Malignant (Skin) [12]
Bladder
Bladder Bovine [9]
Bladder Porcine [8]
Blood
Blood vessel [17]
Bone Cancellous
Bone Cortical
Bone Marrow Infiltrated
Bone Marrow Not Infiltrated
Brain Grey Matter
Brain White Matter
Breast Fat
Cartilage
Cerebellum
Cerebro Spinal Fluid
Cervix
Colon
Colon [4]
Cornea
Duodenum [17]
Dura
Esophagus [5]
Eye Tissues
Fallopian tubes [5]
Fat Breast [3]
Fat Infiltrated
Fat Not Infiltrated
Gall Blader
Gall Bladder Bile
Gland [17]
Glandular Breast [3]
Healthy mucosa [4]
Heart
Ovine Heart [6]
Heart - Artial Appendage (Interior) [6]
Heart - Artial Appendage (Exterior) [6]
Heart - Endocardium [6]
Heart - Epicardium [6]
Heart - Myocardium [6]
Heart - Great Vessel (Luminal Vessel) [6]
Heterogeneous Breast [3]
Hyperglycaemia [18]
Hyperplasia [4]
Hypoglycaemia [19]
Kidney
Kidney Capsule (porcine) [11]
Knee Ligament [10]
Lens Cortex
Lens Nucleus
Liver
Lung Deflated
Lung Inflated
Lymph [17]
Mucous membrance [17]
Muscle
Nail [17]
Nerve
Ovary
Pancreas [5]
Prostate [17]
Retina [17]
Skin Dry
Skin Wet
Small Intestine
Spinal cord [17]
Spleen
Stomach
Tendon
Testis
Thymus [17]
Thyroid
Thyroid Normal [13]
Thyroid Tumor [13]
Tongue
Tooth [17]
Trachea
Tumor Breast[3]
Uterus
Vitres Humor
Number of frequency points
*
Low range frequency (GHz)
*
High range frequency (GHz)
*
Law to use
Kraszweski's Law
Bottcher's Law
Volume of the mixture (in mL)
*
Please select parameters to display :
Recipe for the mixture
Table of the dielectric properties
