qi

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qi

(chē)
n.
Variant of chi2.

chi

Traditional Chinese medicine
The vital force which is believed to flow through the body along routes known as meridians; illness is attributed to changes in the flow of chi which, according to the construct of Chinese medicine, can be treated by placing needles (acupuncture) or pressure (acupressure) at specific points on the meridians.

CHI

Abbreviation for:
catastrophic health insurance
caudate head index
Centre for Health Informatics (Medspeak-UK)
clinical health informatics
closed-head injury
Commission for Health Improvement, see there (Medspeak-UK)
Community Health Index (Medspeak-UK)
consumer health informatics

CHI

Abbreviation for closed head injury.

chi

()
1. The 22nd letter of the Greek alphabet, χ.
2. In chemistry, denotes the 22nd in a series.
3. Symbol for the dihedral angle between the α-carbon and the side-chains of amino acids in peptides and proteins.
4. (chē) In Asian medical traditions, the force of energy existing in all life forms. Chi manifests as five differentelements; these are labeled according to either the Asian or Ayurvedic tradition.
Synonym(s): qi.
See also: five-element theory
Synonym(s): ki.

Qi

Basic life energy, according to traditional Chinese medicine.
Mentioned in: Qigong
References in periodicals archive ?
Inspired by this technology breakthrough, many applications utilizing wireless energy transfer in WSNs emerged like mobile data gathering [8].
* We formulate the wireless energy transfer scheduling problem into an optimization problem aiming at maximizing the ratio of the mobile charger's vacation time over the charging cycle time as in [9].
In this section, we present some simulation results to show how our construction algorithms are implemented to solve the optimal objective for wireless energy transfer in WSNs.
We assume the wireless energy transfer rate [U.sub.Full] = 30 W which is within the feasible range in [6, 22].
To address energy limitation problem in a practical large-scale wireless sensor network, taking advantage of the breakthrough in wireless energy transfer technology, we proposed two feasible and provable algorithms for the optimal charging scheduling in renewable energy cycles.
Mortensen, "Performance analysis and experimental verification of mid-range wireless energy transfer through non-resonant magnetic coupling," Journal of Electromagnetic Waves and Applications, Vol.
Puers, "Wireless energy transfer for stand-alone systems: A comparison between and high power applicability," Sensors and Actuators A: Physical, Vol.
To overcome the above limitation, there have been several research ideas on microwave-enable wireless energy transfer (WET), where energy is continuously and stabily supplied over the air.

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