Love and Peace to all my brothers and sisters of the world.
my brain hurts....uhhh
something missing?
H E A D A C H E
Akhenaten (pronounced /ˌækəˈnɑːtən/), also spelled Echnaton, Akhenaton, Ikhnaton, and Khuenaten(Ancient Egyptian: ꜣḫ-n-jtn, meaning "Effective for the Aten"), was an ancient Egyptian pharaoh reigning c. 1353–1336 or 1351–1334 BC, the tenth ruler of the Eighteenth Dynasty. Before the fifth year of his reign, he was known as Amenhotep IV (Ancient Egyptian: jmn-ḥtp, meaning "Amun is satisfied", Hellenized as Amenophis IV).
applaud someone to the echo — applaud or cheer someone enthusiastically.
"they recognized that this was a new star, and applauded him to the echo"
Middle English: from Old French or Latin, from Greek ēkhō, related to ēkhē ‘a sound’.
a group of notes based on a particular note and comprising a scale, regarded as forming the tonal basis of a piece of music.
"the key of E minor"
tone
pitch
timbre
tonality
tone colour
modulation
Middle English: from Old French ton, from Latin tonus, from Greek tonos ‘tension, tone’, from teinein ‘to stretch’.
From Egyptian jtn meaning "solar disk". Aton was an Egyptian god of the sun, depicted as a solar disk with long rays extending downwards. The worship of Aton was especially extensive during the reign of the pharaoh Akhenaton, who proclaimed Aton was the only god.
a strained state or condition resulting from forces acting in opposition to each other.
"enormous tension can build up along the margin of the two plates and occasionally explodes into immense earthquakes"
a strained political or social state or relationship.
plural noun: tensions
"the coup followed months of tension between the military and the government"
electromotive force.
mental or emotional strain.
"a mind which is affected by stress or tension cannot think as clearly"
Similar:
mental/emotional strain
stress
anxiety
anxiousness
pressure
worry
apprehensiveness
apprehension
agitation
nerves
nervousness
jumpiness
edginess
restlessness
suspense
uncertainty
anticipation
excitement
butterflies (in one's stomach)
collywobbles
jitteriness
twitchiness
the jitters
the willies
the heebie-jeebies
the shakes
the jumps
jim-jams
the yips
the (screaming) abdabs/habdabs
Joe Blakes
verb: tension; 3rd person present: tensions; past tense: tensioned; past participle: tensioned; gerund or present participle: tensioning
apply a force to (something) which tends to stretch it.
A T E N S I O N I N G
1. to listen to, watch, or consider something or someone very carefully. I hope you're paying attention, because you'll be tested later.
pay attention to: Pay particular attention to the warnings printed on the label.
Etymology. From Middle English label (“narrow band, strip of cloth”), from Old French label, lambel (Modern French lambeau), from Frankish *lappā (“torn piece of cloth”), from Proto-Germanic *lappǭ, *lappô (“cloth stuff, rag, scraps, flap, dewlap, lobe, rabbit ear”), from Proto-Indo-European *leb- (“blade”).
The other lobes are called "sidelobes" and usually represent radiation in unwanted directions...
dipole lobe meaning from en.m.wikipedia.org
A common example of a dipole is the "rabbit ears" television antenna found on broadcast television sets. The dipole is the simplest type of antenna from a ...
Are you getting the picture?
A piezoelectric ultrasonic transducer generates ultrasonic activity, meaning it measures the pressure of sound waves above the frequencies that can be heard by the human ear. It functions by rapidly expanding and contracting when appropriate electrical frequency and voltage is applied.
Recently, the ability of ultrasound to induce localized and controlled drug release from liposomes, utilizing thermal and/or mechanical effects, has been shown. This review, deals with the interaction of ultrasound with liposomes, focusing mainly on the mechanical mechanism of drug release from liposomes using LFUS. The effects of liposome lipid composition and physicochemical properties, on one hand, and of LFUS parameters, on the other, on liposomal drug release, are addressed.
Acoustic cavitation, in which gas bubbles oscillate and collapse in the medium, thereby introducing intense mechanical strains, increases release substantially. We suggest that the mechanism of release may involve formation and collapse of small gas nuclei in the hydrophobic region of the lipid bilayer during exposure to LFUS, thereby inducing the formation of transient pores through which drugs are released.
Introducing PEG-lipopolymers to the liposome
bilayer ???
enhances responsivity to LFUS, most likely due to absorption of ultrasonic energy by the highly hydrated PEG headgroups.
