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Hollandse Luchten is een citizen science project waar we in opdracht van Provincie Noord-Holland burgers betrekken bij het meten van luchtkwaliteit in hun omgeving.
Dit is een print van het sensoroppervlak, voordat de cleaning plaats heeft gevonden. Vooral de linkerzijde is behoorlijk vervuild. De vlekjes zijn op mijn foto's duidelijk te zien en moeten worden verwijdert in b.v. Lightroom.
The Weather Station Sensor converts temperature and pressure readings into analogue electronic signals that can be read by the Analogue-to-Digital converter of the microprocessor.
The International Symposium on Sensors and Instrumentation in IoT Era, ISSI 2019, took place at ISCTE-IUL on the 29th and 30th of august 2019.
Fotografia de Hugo Alexandre Cruz.
This is part of the scanner sensor of a Minolta film scanner. You can see the colour filters on the sensor. Note that the sensor is made by Sony. I estimate the letters in 'SONY' are less than 0.02mm high.
As a nice irony, the photograph is taken with the lens that was also removed from the (defunct) scanner.
Virginia Sea Grant (VASG) graduate research fellow and Old Dominion University Ph.D. candidate Maura Boswell helps marine ecologist research fellow Rebecca Morris, Ph.D. from the BioScience Department at the University of Melbourne’s National Centre for Coasts and Climate (NCCC) on a living shoreline research project. With them is Kory Angstadt, Laboratory and Research Specialist II from the Center for Coastal Resources Management at the Virginia Institute of Marine Science. Monday, June 18, 2018, Norfolk, Virginia.
Angstadt, right, places a wave sensor in rock sill while Morris, left, watches over. The fellows deployed six wave sensors among oyster castles, and in rock sill, and mud.
(Photo: Lisa Sadler | Virginia Sea Grant)
The mission to Orbitar began not with a thunderous launch, but with the quiet anticipation of those who had dedicated years to the dream of interstellar discovery. The crew aboard the ISV Pioneer had trained for a myriad of scenarios, their minds and bodies honed for the challenges of a world beyond the skies of Earth.
Their journey was spent in the quiet camaraderie that forms between those who share a common purpose and the understanding that they might be the first to set foot on a new world. The vessel that carried them was a masterpiece of human engineering, a ship designed not just for travel, but for the establishment of humanity’s first extra planetary outpost.
Upon arrival, Orbitar was as foreboding as it was breathtaking. Its vast landscapes were a sea of dunes and stone, painted in the unrelenting reds and browns of iron oxide. The crew’s initial surveys were filled with wonder and trepidation, the stark beauty of the planet belying its inhospitable nature.
The drones were their lifeline, eyes and ears spread across the desolate terrain, each programmed to seek out the most vital resource—water. The machines flew in precise patterns, their sensors peering beneath the surface, probing for signs of ice among the aridity.
The crew’s optimism began to wane with each passing sol. The planet was calm, yielding no secrets, it's surface a seemingly endless desert. Their technology, so reliable during simulations on Earth, met it's match against the mysterious radiation of Orbitar, an insidious and previously unknown force that irreparably damaged their water reclamation systems.
The careful redundancies built into the mission design were defeated by a phenomenon unknown to the scientists and engineers who had prepared for so many other eventualities. But not this.
This dire turn brought the mission to a precipice. The prospects of finding water grew dim, and the reality of their vulnerability set in—a sobering reminder of the fragility of human life in the vastness of space.
It was during this time of hardship that Surveyor 3 went dark. The loss of communication with one of their most advanced drones was a blow to the already flagging morale. However, when the drone's signal flickered back to life, it brought with it the first sign of hope—the images of the ice formations within a sheltered basin, a discovery that would redefine the entire mission.
The discovery of ice on Surveyor 3’s visual feed was a catalyst that ignited a flurry of activity within the outpost. A mixture of relief and exhilaration swept through the crew as they planned their next steps.
A team of their best, equipped with specialized gear for the trek, was quickly assembled. The journey to the basin was daunting, a traversal across the rugged expanse that would test both their physical limits and their resolve. The twin moons of Orbitar provided their only light, casting a silver hue over the rocky landscape, guiding their path to the site of the discovery.
Their arrival at the basin was met with awe. The ice formations stood before them like ominous giants, frozen in time. With precision and care, they drilled into the pillars of ice, extracting the cores that would sustain them.
The process of converting ice to water began immediately. The crew worked tirelessly, establishing a makeshift refinery that buzzed with activity. The sound of machinery echoed off the basin walls, the thrum of human persistence and ingenuity.
With the successful extraction of water, the outpost began to thrive. Pipes were laid down, creating a network that connected the basin to the heart of the outpost. The once sparse and functional arrangement of domes and habitats expanded, growing into a complex capable of supporting the crew and their mission objectives.
The greenhouses, once dependent on the precious little water they had brought with them, now burst with verdant life. The plants within, carefully selected and genetically modified for Orbitar’s harsh conditions, began to flourish. The sight of green amidst the red landscape was a striking contrast—a visual representation of their success against all odds.
The crew’s spirits were lifted as they watched their hard work manifest into a sustainable living environment. They were no longer just visitors on Orbitar; they were residents, caretakers of the first human outpost on another world.
Word of the mission’s turnaround, of the triumph over adversity, reached Earth with the delay inherent to the vast distances of space. But when it did, the reaction was electric. The world, which had watched the mission with a collective held breath, now exhaled in jubilation.
The success of the Orbitar mission sparked a renaissance in space exploration. The discovery of ice and the establishment of a sustainable human presence on another world galvanized the population. It was a unifying moment for humanity, a shared victory that transcended borders and disputes.
This success story rippled through societies, inspiring a new generation to look up at the stars with wonder and ambition. The tale of Orbitar was not just one of survival, but of growth, of humanity’s relentless drive to explore the universe and find it's place among the stars.
The mission to Orbitar would be chronicled as a significant milestone in human history. The crew’s experiences—their trials, their victories, their day-to-day lives on the alien world—would be studied and remembered for generations to come.
As the outpost grew and the mission evolved, it became clear that the legacy of Orbitar was not confined to the records and the memories of those who had lived it. It was a living, breathing, attestation to human ambition and adaptability.
The pioneers of Orbitar had set the stage for what could be humanity’s greatest adventure—expanding civilization beyond Earth, becoming a multiplanetary species. The ice, once a symbol of mere survival, now represented the foundation of a future rich with potential.
As the outpost continued to expand and the mission progressed, the explorers looked out upon their new world with a sense of ownership and belonging. They had come to Orbitar as scouts and had become its first inhabitants, its stewards, and in doing so, they had assured that humanity’s foray into the stars was not a fleeting endeavor, but a permanent stride into the vast, uncharted wilderness of the universe.
Backup sensor that is offered as an option to the satellite navigation system. As the car moves closer to an object, the graphical display turns red and an audible signal becomes quicker and louder.
Dit is de print van na de cleaning! Geen stofje meere te zien. Bovendien is door Chipclean ook het spiegelhuis, spiegel, matglas en het occulair schoongemaakt.
Aprenda a fazer um sensor de liquido na Protoboard
informações e vendas www.dreaminc.com.br
MONTE, APRENDA E DIVIRTA-SE COM A ELETRÔNICA!
Para adultos e crianças. Hobistas estudantes e profissionais.
Como é o Kit Electronics da Dream Inc?
O Kit foi especialmente desenvolvido para despertar o interesse de adultos e crianças pela eletrônica.
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This photo is part of a series of photos of the Denver Broncos vs. San Diego Chargers on September 14, 2008. The Broncos won the game within the last seconds of the game 39-38. I was able to get a ticket in row 28, section 108 where most of the photos were shot from.
Because you are not allowed to take telephoto lenses into Invesco Field, all of these images were shot with a wide-angle lens (Tamron 17-50mm f/2.8). All of the action photos are crops of original photos. The crops are around 1/8 of the actual size of the original photo, so the quality is not that good, but I think they pretty decent considering I only had 50mm to work with on a 1.6 crop sensor/11MP (Canon Digital Rebel Xti).
Features:
1.Wide operating temperature range, good stability and reliability.
2.Easy to installation and manipulation as the sealing can be done according to environment
and conditions there it is applied by customer.
3.Accurate testing can reflect temperature change precisely.
Application:
1.Refrigerator, frozen cabinet, air conditioner, microwave oven, electric brooder
2.Water heater, dishwasher, bread maker, disinfecting machine, soybean milk machine
3.Thermostat, foster-mother, grill oven and so on
Type Codification:
Example
MJ Z T 503 3950 1
1 2 3 4 5 6
Where:
(1) Abbreviation of MinJie
(2) NTC temperature sensor
(3) Head sealing configuration: E epoxy (dropping); T cap sealed; P abnormity cap sealed
(4) Rated resistance at 25. e.g. 503 means R25=50KΩ.
(5) B value (B25/50), e.g. 3950 means B25/50 = 3950K.
(6) Accuracy of R25: 1±1%,2±2%,3±3%,5±5%,10±10%
Website: www.sensor-manufacturer.com/