resistor
CERN Document Server (European Organization for Nuclear Research) · 1999
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About 10,000 papers for “Resistor”
Resistor
2009
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Resistor
<vcard>BEGIN:vCard\VERSION:3.0\FN:Timothy Stelzer\TITLE:\ORG:University of Illinois at Urbana-Champaign\ADR;TYPE=WORK,POSTAL,PARCEL:;;1110 West Green Street;351 Loomis;Urbana;IL;61801-3080;US\TEL;TYPE=Office:+217.265.0758\TEL;TYPE=:+\TEL;TYPE=FAX:+217.333.9819\EMAIL;TYPE=INTERNET,Work:tstelzer@uiuc.edu\EMAIL;TYPE=INTERNET,:\END:vCard</vcard> · The Physics Video Demonstration Database (Cornell University)
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Resistor
Cardiff Metropolitan Research Repository (Cardiff Metropolitan University) · 2001
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Resistor
<vcard>BEGIN:vCard\VERSION:3.0\FN:Timothy Stelzer\TITLE:\ORG:University of Illinois at Urbana-Champaign\ADR;TYPE=WORK,POSTAL,PARCEL:;;1110 West Green Street;351 Loomis;Urbana;IL;61801-3080;US\TEL;TYPE=Office:+217.265.0758\TEL;TYPE=:+\TEL;TYPE=FAX:+217.333.9819\EMAIL;TYPE=INTERNET,Work:tstelzer@uiuc.edu\EMAIL;TYPE=INTERNET,:\END:vCard</vcard> · The Physics Video Demonstration Database (Cornell University)
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Resistor
WestminsterResearch (University of Westminster) · 2000
Woman and man talking together. They sing. He goes to kiss her hand but hesitates over and over again. She pulls away many times. A pendulum swings in the background. The couple embracing. Credits.
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Resistor
National Institute of Standards and Technology (NIST)
This type of resistor was developed by the Physikalisch-Technische Reichsanstalt (PTR) and fabricated by O. Wolff. It was notable for its use of manganin wire. A group of similar resistors was used to establish the U.S. reference standard in 1907. This particular unit was certified by PTR in 1904 to be one “international ohm” at 20 degrees Celsius.
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Resistor
L. Borcea, V. Druskin, F. Guevara et al. · 2012
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Resistor holder
Broadhurst, John H. (Golden Valley, MN) · OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) · 2023
A resistor device for use with electrostatic particle accelerators includes a resistor element positioned within a tubular housing having a fixed end cap at one end thereof and a movable end cap at the other end thereof. The tubular housing, fixed end cap, and movable end cap serve as an electromagnetic field for the resistor element. Conductive disks engage opposite ends of the resistor element and concentrically position the resistor element within the tubular housing. Helical springs engage the conductive disks and the end caps to yieldably support the movable end caps and resistor element for yieldable axial movement relative to the tubular housing. An annular conducting ring is secured to the tubular housing and is spaced radially from the movable end cap and cooperates with the latter to define an annular spark gap.
Cited by 0Open access
Resistor holder
J.H. Broadhurst · OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) · 2023
A resistor device for use with electrostatic particle accelerators includes a resistor element positioned within a tubular housing having a fixed end cap at one end thereof and a movable end cap at the other end thereof. The tubular housing, fixed end cap, and movable end cap serve as an electromagnetic field for the resistor element. Conductive disks engage opposite ends of the resistor element and concentrically position the resistor element within the tubular housing. Helical springs engage the conductive disks and the end caps to yieldably support the movable end caps and resistor element for yieldable axial movement relative to the tubular housing. An annular conducting ring is secured to the tubular housing and is spaced radially from the movable end cap and cooperates with the latter to define an annular spark gap.
Cited by 0Open access
Resistor (firing)
Cardiff Metropolitan Research Repository (Cardiff Metropolitan University) · 2001
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Variable Resistor
National Institute of Standards and Technology (NIST)
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variable resistor
CERN Document Server (European Organization for Nuclear Research) · 1999
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Resistor networks
2002
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Resistor Composition
Hawley's Condensed Chemical Dictionary · 2007
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Resistor Circuits
Won Young Yang, Seung C. Lee · 2007
This chapter contains sections titled: Combination of Resistors Voltage/Current Divider Δ-Y(∏-T) Transformation Node Analysis Mesh (Loop) Analysis Comparison of Node Analysis and Mesh Analysis Thevenin/Norton Equivalent Circuits Superposition Principle and Linearity OP Amp Circuits with Resistors Transistor Circuits Loading Effect and Input/Output Resistance Load Line Analysis of Nonlinear Resistor Circuits More Examples of Resistor Circuits Problems
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Resistor Circuits
Richard C. Dorf, Ronald J. Tallarida · 2018
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Resistor (2001)
Harrison, K · ResearchSPAce (Bath Spa University) · 2022
The firing procedure is always uncertain. The alchemic changes of state happen out of sight; locked in the intense heat of a kiln or buried under red hot embers. For Keith Harrison this unpredictable and perilous process is a vital component of his performance works using clay. He has made a video of a ceramic firing taking place in the living room of his grandmother’s house. Egyptian clay wrapped around the elements of a small, electric bar heater, spits, glows and crackles while his grandmother is heard in the background, asking him if he would like a cup of tea and something to eat. She seems unconcerned of any threat to her safety or to her furnishings. The tense undercurrent that runs through the normality of this domestic scene receives an additional charge when being watched in such close proximity to Vesuvius.
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Resistor - ACE382.2
WestminsterResearch (University of Westminster)
Woman and man talking together. They sing. He goes to kiss her hand but hesitates over and over again. She pulls away many times. A pendulum swings in the background. The couple embracing. Credits.
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Resistor Sorter
Floras, Claire, Day, Benny, Oishi, Seiji et al. · QSpace (Queen's University Library) · 2023
An autonomous resistor sorter would be a valuable tool in physics labs, as it would save time and reduce errors incurred by manual sorting of resistors. This paper presents the design and development of such a device, with the intention of accurately and efficiently sorting resistors without human involvement. The design uses gravity and motors to transport the resistors through the system and determines resistance values for sorting. The design process was organized by dividing the group into four sub-teams, each focused on a specific component of the device. \nThe development of the resistor sorter required the group to overcome two main challenges: accurately reading the resistors and sorting them into correct bins. To solve the first challenge, one sub-team produced a program to detect resistance values based on colour bands. The other three sub-teams focused on the second main challenge of building a system to transport and sort the resistors once inputted into the device. The tasks for these teams to accomplish included building a mechanism to dispense resistors using a conveyor belt, constructing the framework and transportation mechanisms in the structure, and programming motors to control the moving parts in the system. \nThe final product requires the user to manually straighten and input 12 resistors at a time into the device for sorting. The resistor sorter has an accuracy of 60% for determining the resistance values using camera detection and 40% at sorting them correctly. Further adaptations that could improve the accuracy of the current design components include improving the set-up of slides and chutes that transport the resistors, modifying the size of the bins into which resistors are sorted, and implementing a higher torque motor. The device could also be re-designed to accept a large quantity of tangled and unsorted resistors rather than requiring the user to manually straighten each resistor and place it on the conveyor belt in small quantities at a time. This modification would allow the device to achieve complete autonomy and would provide the best user experience.
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