Even though they are the same bean, why not stress they are largely NOT interchangeable in recipes. If a recipe calls for butter beans, use that and if it calls for lima beans, use that. The taste and color are different, and should be acknowledged. If I'm making Pasta E Fagioli, the recipe will call for butter beans, not lima beans, because lima beans are synonymous with the smaller greenish beans, which would not taste/look right in that dish. Coriander and cilantro are the same too, but you know if you ran out of cilantro, you are not going to sprinkle coriander in for a substitute. I expect more from a culinary blog.

The ideal glazing will transmit light well, yet not transmit thermal infrared, the wavelengths at which the solar energy absorbed in the greenhouse is reemitted. The ideal glazing will also have a high R-value, will be inexpensive, and will last a long time. The most common types of glazing are glass, polycarbonate, and polyethylene films. Glass, the original glazing, is the longest lasting of the glazings (in the absence of large hail), particularly if the glass is tempered. It is expensive relative to other glazings. It transmits light very well, yet it is opaque to thermal IR. Glass does not diffuse light very well and may result in shadowing and plant burn. It is more difficult to work with and in fact tempered glass cannot be cut at all. Single pane glass has an R-value of about 0.8. Polycarbonate (PC) generally comes in twinwall or even triplewall sheets in thicknesses from 4 to 16mm. It is easy to cut. Twinwall PC has an R-value of about 1.4, and triplewall PC has an R-value of 2.5. PC has a high degree of light transmittance and low thermal IR transmittance. Light is diffused with PC, lowering the risk of foliage burn. PC lasts 10-20 years. Polyethylene (PE) films are relatively inexpensive and are the easiest with which to work. Single layer of PE film has an R-value of about 0.8 but and inflated, double layer PE glazing has an R-value of about 1.4. Light is transmitted and diffused well, but plain PE film is not opaque to thermal infrared wavelengths. Therefore radiation energy losses at night can be greater with PE films than with other glazings. PE with infrared additives are available, and these films reduce heat loss by about 20% compared to plain PE films. The lifespan of PE films is generally felt to be about 3-4 years. Other less commonly used glazings include acrylic, fiberglass, and PVC. Information provided by: Stressbaby

Benjamin Moore White Dove OC 17 LRV 85.38 / Undertones: Creamy greige / Temperature: Slightly warm White Dove accommodates a lot of different paint colours because while it is a warm white, it has an almost greige base that calms it right down. This way it doesn’t come off as creamy/warm as Cloud White, but also isn’t as stark/cool as Chantilly Lace. White Dove is a soft white, so it won’t act like white, but just a VERY slightly softer version of it. Pick it: If you want a versatile white trim/door/ceiling colour that will accommodate a lot of cool and warm toned paint colours throughout your home. If you want a warm, but not too yellow wall colour Ditch it: If you prefer a more clean, crisp look Instead: Check out Simply White or Decorators White SW Dover White has more yellow undertones, so is a more creamy white IMO.

Should I buy Samsung LM301B? This article answers your doubts. Samsung LM301B VS LM301H. what is the difference? What is the best practical TTL lamp? Samsung’s first innovation has introduced a new flip-chip technology that uses white LEDs and medium power to increase the efficiency of the chip. In this article, we will explain Samsung LM301B and LM301H to you. what is the difference? For the LM301B, Samsung also announced PPF values that are well known to be related to gardening. Since then, we have continued research and development in the field of plant LEDs, and since the launch of the LM301H, speculation about this new chip has continued. One of the horticultural points of the LM301H is related to the “sulfur resistant coating” layer. The use of anti-sulfur ingredients as a coating method for LEDs ensures that they perform best when used in cultivation. This is because in LED lead frames, sulfur eventually penetrates the structure and destroys the silver coating. During this process, the LED often loses its ability to emit light, causing a malfunction. However, as promised in the LM301H, you can avoid this result by using a layer of “sulfur resistant coating”. Samsung LM301B-technical parameter Specifications CRI (Color Rendering Index):70 ~ 90 Current – Max:180mA ~ 200mA Current – Test:65mA Height – Seated (Max):0.033″ (0.85mm) Lumens/Watt @ Current – Test:162 lm/W ~ 218 lm/W Mounting Type:Surface Mount Package / Case:1212 (3030 Metric) Size / Dimension:0.118″ L x 0.118″ W (3.00mm x 3.00mm) Supplier Device Package:3030 Thermal Resistance of Package:7.5°C/W Viewing Angle:120° Voltage – Forward (Vf) (Typ):2.75V Samsung LM301H-technical parameter Specifications Current – Max:200mA Current – Test:65mA Lumens/Watt @ Current – Test:207 lm/W ~ 218 lm/W Mounting Type:Surface Mount Package / Case:1212 (3030 Metric) Size / Dimension:0.118″ L x 0.118″ W (3.00mm x 3.00mm) Supplier Device Package:3030 Thermal Resistance of Package:7.5°C/W Viewing Angle:120° Voltage – Forward (Vf) (Typ):2.75V Samsung LM301B and LM301H. what’s the difference? Many people in the DIY industry claim that the data collected by the two chips is very similar, but the label between the two chips has changed, so there is a great harvest in gardening. However, Samsung believes that the gardening version (LM301H) contains a fundamental innovation in the field of plantation, reaching 3.1 µmol / J. On the other hand, the light efficiency of the LM301B is 2.92 µmol / J , which is still an impressive value. The main feature of the LM301H is its high photon efficiency. This makes it stand out among the average power white LEDs on the market. According to the company, this advance is possible for the following reasons: The light-emitting layer of the chip is optimized to convert electrical energy into photons more effectively, and the improved structure of the chip minimizes light loss and provides more light to the plant … Titanium dioxide around the tip also improves durability when exposed to pesticides. Experiment comparison：LM301B VS LM301H Crescience analysts compared the first generation of FLUXengine (140pcsLM301B) with FLUXengine V2 (140pcsLM301H). Experiments show that when the power of the two is the same, the sensor of FLUXengine shows 667µmol, the sensor of FLUXengine V2 shows 698µmol, and the difference between LM301B and LM301H is only 5%. As the outside world guessed, many people think that the two are the same because there is no formation. Poor technology generation. How to choose LM301H and LM301B? In fact, it has been confirmed that the LM301H was released only to distinguish between the “horticultural” market and the general lighting market. Technically the same product. As the test shows, only the best grouping is important. It also features special features such as improved sulfur resistance.No matter how you choose, happy gardening. Read more :Samsung LM301B LED introduce