At a junction
Crossword Clue

  • We have found 23 answers to crossword clue "At a junction"
  • The Best Answer: 10/10
AnswerCrossword Clue
LADONAt a junction
NODALSituated at a junction
turnoffA junction at which a road branches off from a main road
quadrated(of a cross) having an enlarged square at the junction of the limbs
quadrate(of a cross) having an enlarged square at the junction of the limbs
mucocutaneousdesignating the junction between a mucous membrane and the skin, as at the mouth, anus, etc
fingerpostA post at a road junction from which signs project in the direction of the place or route indicated
fingerpostsA post at a road junction from which signs project in the direction of the place or route indicated
cloverleafA junction of roads intersecting at different levels with connecting sections forming the pattern of a four-leaf clover
gonysthe ridge along the tip of the lower mandible of a bird's bill at the junction of the two joined halves, esp. prominent in gulls
gravisa disease characterized by progressive weakness and exhaustibility of voluntary muscles without atrophy or sensory disturbance and caused by an autoimmune attack on acetylcholine receptors at the neuromuscular junction
NORWord found at Conjunction Junction
LYONSCity at the Rhone-Saone junction
CAIROCity at the Ohio-Mississippi junction
COHOESCity at junction of Mohawk and Hudson.
KHARTOUMCity at junction of White and Blue Niles
GROINEdge at the junction of two intersecting vaults
suturefurrow at the junction of adjacent bodily parts
suturesfurrow at the junction of adjacent bodily parts
filletconcave junction formed where two surfaces meet (as at an angle)
photovoltaicRelating to the production of electric current at the junction of two substances exposed to light
photovoltaicsThe branch of technology concerned with the production of electric current at the junction of two substances
thermeldevice that consists of the junction of two dissimilar metallic conductors, as copper and iron, in which an electromotive force is induced when the conductors are maintained at different temperatures, the force being related to the temperature difference: