Agarbati = incense sticks (from Latin: incendere,heating, burning, smoking)
Tibetan incense refers to a common style of incense found in Tibet, Nepal, and Bhutan. These incenses have a characteristic "earthy" scent to them.
Ingredients vary from cinnamon, clove, and juniper, to kusum flower, ashvagandha, or sahi jeera.
Indian incense involves a wide variety of ingredients. In accordance with Ayurvedic principles, all the ingredients that go into incense-making are categorized into five classes:
(Note: these are according to the old Greece "Four Elements" plus "One: Nature")
1. Ether (fruits): Star anise
2. Water (stems and branches): Sandalwood, Aloeswood, Cedarwood, Cassia,
Frankincense (olibanum resin), Myrrh, Borneol
3. Earth (roots): Turmeric, Vetivert, Ginger, Costus root, Valerian, Indian Spikenard
4. Fire (flowers): Clove
5. Air (leaves): Patchouli
first the olfactory receptors present in the nose get the information and this information travels in the form of an electrical impulse through the olfactory nerves to the brain and the brain detects the smell with the help of the sensory gland
with help of our nose
by nose
detect smell
the detect smell
No. You have baroreceptors in your body to detect pressures, however you can detect density of the air by the temperature in which you are inhaling.
I think it's olfactory cells.
the smell travels to the olfactory cells, near the top of the nose. when these cells detect the smell, the cells send specific electrical impulses to the brain, which are then interpreted by the lobe of the brain, located under the skull fissure
While I have no idea what "agarbatti" means, I don't think it's relevant: smells in general spread by diffusion.
detect smell
INTICK
Yes.
Cesium doesn't have a smell you need special equipment to detect Cesium.
to detect smell
no
the smell or consistency
By the smell of the explosive
the detect smell
The smell of ammonia isn't a smell, it is a chemical burn. Even people with anosmia can detect the "smell" of ammonia
No. You have baroreceptors in your body to detect pressures, however you can detect density of the air by the temperature in which you are inhaling.