goniometer

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Related to goniometers: finger goniometer

go·ni·om·e·ter

 (gō′nē-ŏm′ĭ-tər)
n.
1. An optical instrument for measuring crystal angles, as between crystal faces.
2. A radio receiver and directional antenna used as a system to determine the angular direction of incoming radio signals.

[Greek gōniā, angle; see genu- in Indo-European roots + -meter.]

go′ni·o·met′ric (-nē-ə-mĕt′rĭk), go′ni·o·met′ri·cal adj.
go′ni·om′e·try n.

goniometer

(ˌɡəʊnɪˈɒmɪtə)
n
1. (General Physics) an instrument for measuring the angles between the faces of a crystal
2. (Electronics) an instrument consisting of a transformer circuit connected to two directional aerials, used to determine the bearing of a distant radio station
[C18: via French from Greek gōnia angle]
goniometric, ˌgonioˈmetrical adj
ˌgonioˈmetrically adv
ˌgoniˈometry n

go•ni•om•e•ter

(ˌgoʊ niˈɒm ɪ tər)

n.
an instrument for measuring solid angles, as of crystals.
[1760–70; < Greek gōní(a) angle (compare -gon) + -o- + -meter]
go`ni•o•met′ric (-əˈmɛ trɪk) go`ni•o•met′ri•cal, adj.
go`ni•o•met′ri•cal•ly, adv.
go`ni•om′e•try, n.

goniometer

an instrument for measuring angles, especially those of solid bodies.
See also: Instruments
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.goniometer - direction finder that determines the angular direction of incoming radio signalsgoniometer - direction finder that determines the angular direction of incoming radio signals
direction finder - radio; determines the direction of incoming radio waves
Translations
References in periodicals archive ?
However, these goniometers are expensive and require a large lab space for accurate results.
This is the reason why goniometers are equipped with an adjustment system to minimize their displacement while rotating about the center of concentricity.
Prior information notice without call for competition: Precision diffractometers and/or goniometers (dlspin0105).
Concurrent validity and intertester reliability of universal and fluid-based goniometers for active elbow range of motion.
Reliability of the universal and invented gravity goniometers in measuring active cervical range of motion in normal healthy subjects.
Components include linear, rotary, lift and Z-axis stages, goniometers, motion controls, drives and motors.
The entire ANT nanopositioner family of linear, rotary, lift, Z-axis, and goniometers can be combined for flexible system designs and multi-axis configurations.
Ankle DF and plantar flexion (PF) ROM have traditionally been quantified with goniometers and inclinometers.
This may be because goniometers can be found easily in clinics and are relatively inexpensive.
Passive physiological range of motion may be measured using vision or instruments such as goniometers and inclinometers.
Today the measurement with a prism is carried out with the aid of goniometers or spectrometers.