A massive lab bench was brought into the room, and workers carefully adjusted its position, ensuring it was level and stable. A brand-new sink and faucet were installed on the bench, every screw tightened to prevent leaks. Rows of shelves lined the walls, waiting to be filled with lab supplies. The fans of the ventilation system whirred, making a low sound as they tested the air circulation. Circuit workers climbed ladders and meticulously laid a maze of electrical wiring, ensuring that every instrument received a stable power supply. Lighting fixtures were installed one by one, illuminating the entire laboratory with bright, even light. In a corner, a large refrigeration unit was positioned, and technicians were performing final adjustments. Next to it, a constant temperature chamber was ready, awaiting operation. At the entrance to the laboratory, a protective door was slowly raised and installed in the door frame. The heavy door effectively isolated the dangers that might arise during experiments. In the center of the laboratory, a large whiteboard was hung, ready to record the ideas, processes, and results of each experiment. The entire laboratory was filled with a tense yet orderly atmosphere, and everyone was making all-out preparations for the research work that was about to begin.
Various instruments and equipment were brought in, and materials were sorted and organized. Carts laden with equipment filed in, and heavy boxes were carefully unloaded by workers. With the combined efforts of several people, a massive microscope was slowly moved and placed in its designated position, its delicate lens gleaming mysteriously under the light. Complex chemical analysis equipment was carefully positioned, every button and every tube meticulously inspected. Boxes of experimental materials arrived one after another, and the team members quickly gathered around to begin sorting and organizing them. Bundles of chemical reagents were sorted by category and hazard level, and labels were carefully checked and relabeled. Metal materials were neatly stacked on shelves, with different alloys separated by composition and purpose. Glassware was unpacked one by one, and the crystal-clear flasks, test tubes, and graduated cylinders were carefully placed in dedicated cabinets, separated by soft padding to prevent damage. Precious samples were placed in refrigerators, where the temperature was precisely regulated to ensure their activity and quality were not affected. Various electronic components were sorted into small boxes and then arranged in drawers by size and model. Animal and plant specimens for experiments were placed on specimen racks, each with detailed records and descriptions. Fiber materials were rolled up and labeled with their materials and sources. Amidst this bustling scene, the team members collaborated with each other, moving swiftly and methodically. Beads of sweat beaded their foreheads, but their work never paused. As the laboratory gradually filled up, it became more orderly and filled with hope.
Xiao Yi personally oversaw every step to ensure the smooth running of experiments. He paced the lab, his eyes sharp, paying attention to every detail. He would occasionally stop beside workers moving equipment, closely monitoring its movement and constantly reminding them, "Careful, careful, don't bump anything!" He would then quickly traverse the materials storage area, carefully checking whether they were correctly sorted. If he found even the slightest discrepancy, he would immediately request a re-arrangement. When a new batch of equipment arrived, Xiao Yi personally joined the delivery personnel in unpacking and inspecting it. Donning gloves, he gently stroked the equipment's surface, checking for scratches or damage. He personally tested every button and connector to ensure proper function. Xiao Yi's intense focus was especially evident during the assembly of the lab bench. As workers tightened screws, he would lean forward and feel the tightening with his hands, "Tighten a little tighter! Not even a bit of looseness is crucial to the accuracy and safety of the experiment." While sorting chemical reagents, Xiao Yi checked the list, verifying each reagent's type and quantity. He picked up a bottle of reagent and carefully checked the label. "These reagents must be stored separately and must not be mixed up." Xiao Yi also paid close attention to the laboratory's ventilation system and power supply. He worked with the technicians to check the ventilation duct connections and test the air speed to ensure it met the standard. In the power distribution room, he stared at the numbers on the dashboard to ensure the voltage was stable. "This is the fundamental guarantee for the experiment, and there can be no mistakes." Xiao Yi worked tirelessly all day, constantly busy in every corner of the laboratory. Sweat soaked his clothes, but his eyes remained firm, for he knew he was responsible for ensuring the smooth progress of the experiment.
After several days of research and discussion, the team came up with several preliminary ideas. The conference room was softly lit, but the atmosphere was lively. A large whiteboard was covered in densely packed formulas, diagrams, and ideas. Team members sat in a circle, their desks piled with documents and notes. A young engineer took the lead, saying, "I think we could start with biofuels. Leveraging the abundant plant resources surrounding the base, through specialized fermentation and refining processes, we could produce sustainable energy." He drew a simple flowchart on the whiteboard, explaining each step in detail. Then, a senior scientist offered a different perspective: "While biofuels are a viable option, I think we shouldn't ignore the potential of nuclear energy. If we can find a safer, more efficient, and smaller nuclear reactor technology, it would provide us with enormous energy." He adjusted his glasses and pulled out a thick stack of research reports, presenting the relevant data and theoretical support. Another team member followed up, saying, "There's also the use of solar energy. Although the sunlight conditions in our area aren't ideal, developing new solar panel materials and energy storage systems might offer some breakthroughs." He opened his computer and presented some cutting-edge solar technology research. At this point, a female researcher who had been listening silently spoke up: "I suggest considering a variety of energy sources. For example, we could include wind and hydropower in our research. We could establish a multi-energy system that complements each other to improve the stability and reliability of our energy supply." Everyone chimed in, constantly complementing and improving each other's ideas. Each idea was innovative and challenging, and each discussion sparked brilliant insights. After several hours of intense discussion, they ultimately formed a few preliminary frameworks. While these ideas still require further research and verification, they were like tiny glimmers of light in the darkness, pointing the way forward for the team.
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