Passive smart

Passive heat-transfer enhancement techniques, retrofitted, 13 267 Passive mixers, in microfluidics, 26 966, 967 Passive noise detectors, 11 673 Passive nondestructive tests, 17 416, 425 Passive reactors, 17 555 Passive sensing materials, 22 706-707 Passive smart textiles, 24 625 Passive solar collection, silica aerogel application, 1 761-762 Pasta products, 26 278 Paste-extrusion process, 18 301-302 Paste forming, ceramics, 5 651 Paste inks, 14 315-316... [Pg.675]

Fibre-optic sensors, a passive smart textile... [Pg.221]

Xiang Z.X., Ming X., Smart textiles (1) Passive smart Textile Asia (2001), 28-29. [Pg.239]

In this context, in which colour is displayed at the right time, as opposed to the context in which colour is a constant, prerequisites to building sensors have been satisfied, and assuming that these dyes are applicable to textile fibres and substrates, these sensors are the core of a smart textile. In-depth definition of the level of smartness reveals that, other than the visible colour change, no further action is taken from the sensor, which is why the technology is often referred to as passively smart (Bresky et al., 2008). [Pg.20]

Then, the second hypothesis, that the polyamide fabric dyed with two photochromic dyes was indeed a sensor/detector and as such a passively smart textile, was tested. Following the method described in Section 2.3.2., the spectrophotometric measurement of the fabrics was done before and after submitting to UV. The CIELAB graphs shown in Figures 2.9 and 2.10 contribute to proving that the photochromic response was gained from polyamide fabrics dyed with just 0.1 g/L of the two dyes used. [Pg.31]

Dry, C. Sottos, N. NASA ADS Passive smart self-rep>atr in polymer matrix composite... [Pg.299]

Passively smart materials with self-repairing or stand-by characteristics to withstand sudden changes. [Pg.280]

Smart textiles can be defined as textiles that are able to sense and respond to changes in their environment. They may be divided into two classes passive and active smart textiles. Passive smart textiles have the ability to change their properties according to an environmental stimulation. Shape memory materials, hydrophobic or hydrophilic textiles, etc. are part of this category. [Pg.1]

Passive smart wearables which are only ahle to sense the environment or user by using specific sensors ... [Pg.132]

Textiles are not only to protect/cover or skin but show self-expression, taste, and personality of the wearer. They can also demonstrate socioeconomic status and cultural movements. Moreover, in the modem fashion world, textiles are highly relied on for their beauty and aesthetic appeal. Recent advancements in wearable devices have extended the functionality of textile materials to smart textiles. Now the term smart textiles is referred to as active or passive depending on the placement of actuators. If the actuator is embedded in the textile, then it is active otherwise is passive. Smart textiles play a key role in our day-to-day life, including the fields of health monitoring, personal trackers, military use, education, home appliances, transportation, gaming, entertainment, and music. Table 9.3 shows the applications of smart/inteUigent textiles to various areas. [Pg.177]

Dry, C.M. (1993) Passive smart materials for sensing and actuation. J. Intell. Mater. [Pg.314]

L. Wu, M. Jung de Andrade, R. S. Rome, C. Haines, M. D. Lima, R. H. Baughman and Y. Tadesse, Proceeding SPIE Active and Passive Smart Structures and Integrated Systems, 2015. [Pg.479]

Zhang, X., Tao, X., 2001. Smart textiles passive smart. Text. Asia 32 (6), 45-49. [Pg.200]

I generation able to sense the environment/user, based on sensors (Passive Smart... [Pg.65]

Intelligent textile systems—active smart, passive smart, or adaptive function... [Pg.132]

The multifunctional textiles such as fashion and environmental protection, ballistic and chemical protection, flame protection are all passive systems. The smart textiles are a new generation of fibers, yams, fabrics and garments that are able to sense stimuli and changes in tiieir environments, such as mechanical, thermal, chemical, electrical, magnetic and optical changes, and then respond to these changes in predetermined ways. They are multifunctional textile systems that can be classified into three categories of passive smart textiles, active smart textiles and very smart textiles [33],... [Pg.52]

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